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/* * Legal Notice * * This document and associated source code (the "Work") is a part of a * benchmark specification maintained by the TPC. * * The TPC reserves all right, title, and interest to the Work as provided * under U.S. and international laws, including without limitation all patent * and trademark rights therein. * * No Warranty * * 1.1 TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THE INFORMATION * CONTAINED HEREIN IS PROVIDED "AS IS" AND WITH ALL FAULTS, AND THE * AUTHORS AND DEVELOPERS OF THE WORK HEREBY DISCLAIM ALL OTHER * WARRANTIES AND CONDITIONS, EITHER EXPRESS, IMPLIED OR STATUTORY, * INCLUDING, BUT NOT LIMITED TO, ANY (IF ANY) IMPLIED WARRANTIES, * DUTIES OR CONDITIONS OF MERCHANTABILITY, OF FITNESS FOR A PARTICULAR * PURPOSE, OF ACCURACY OR COMPLETENESS OF RESPONSES, OF RESULTS, OF * WORKMANLIKE EFFORT, OF LACK OF VIRUSES, AND OF LACK OF NEGLIGENCE. * ALSO, THERE IS NO WARRANTY OR CONDITION OF TITLE, QUIET ENJOYMENT, * QUIET POSSESSION, CORRESPONDENCE TO DESCRIPTION OR NON-INFRINGEMENT * WITH REGARD TO THE WORK. * 1.2 IN NO EVENT WILL ANY AUTHOR OR DEVELOPER OF THE WORK BE LIABLE TO * ANY OTHER PARTY FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO THE * COST OF PROCURING SUBSTITUTE GOODS OR SERVICES, LOST PROFITS, LOSS * OF USE, LOSS OF DATA, OR ANY INCIDENTAL, CONSEQUENTIAL, DIRECT, * INDIRECT, OR SPECIAL DAMAGES WHETHER UNDER CONTRACT, TORT, WARRANTY, * OR OTHERWISE, ARISING IN ANY WAY OUT OF THIS OR ANY OTHER AGREEMENT * RELATING TO THE WORK, WHETHER OR NOT SUCH AUTHOR OR DEVELOPER HAD * ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES. * * Contributors * - Christopher Chan-Nui */ #include "utilities/condition.h" #include <cstring> #include <iostream> #include <sstream> #include <stdexcept> #include <cerrno> #include <cstdlib> #ifndef WIN32 #include <sys/time.h> #endif #include "utilities/error.h" using std::exit; using std::strerror; namespace TPCE { #ifdef WIN32 CCondition::CCondition(CMutex &pairedmutex) : mutex_(pairedmutex), cond_() { InitializeConditionVariable(&cond_); } #else CCondition::CCondition(CMutex &pairedmutex) : mutex_(pairedmutex), cond_() { int rc = pthread_cond_init(&cond_, NULL); if (rc != 0) { std::ostringstream strm; strm << "pthread_cond_init error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } } #endif void CCondition::lock() { mutex_.lock(); } void CCondition::unlock() { mutex_.unlock(); } #ifdef WIN32 void CCondition::wait() const { SleepConditionVariableCS(&cond_, mutex_.mutex(), INFINITE); } void CCondition::signal() { WakeConditionVariable(&cond_); } void CCondition::broadcast() { WakeAllConditionVariable(&cond_); } bool CCondition::timedwait(long timeout /*us*/) const { if (timeout < 0) { wait(); return true; } int rc = SleepConditionVariableCS(&cond_, mutex_.mutex(), timeout / 1000); if (rc == 0) { int rc2 = GetLastError(); if (rc2 == WAIT_TIMEOUT) { return false; } else { std::ostringstream strm; strm << "SleepConditionVariableCS error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } } return true; } #else void CCondition::wait() const { int rc = pthread_cond_wait(&cond_, mutex_.mutex()); if (rc != 0) { std::ostringstream strm; strm << "pthread_cond_wait error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } } void CCondition::signal() { int rc = pthread_cond_signal(&cond_); if (rc != 0) { std::ostringstream strm; strm << "pthread_cond_signal error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } } void CCondition::broadcast() { int rc = pthread_cond_broadcast(&cond_); if (rc != 0) { std::ostringstream strm; strm << "pthread_cond_broadcast error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } } bool CCondition::timedwait(const struct timespec &timeout) const { int rc = pthread_cond_timedwait(&cond_, mutex_.mutex(), &timeout); if (rc == ETIMEDOUT) { return false; } else if (rc != 0) { std::ostringstream strm; strm << "pthread_cond_timedwait error: " << strerror(rc) << "(" << rc << ")"; throw std::runtime_error(strm.str()); } return true; } bool CCondition::timedwait(long timeout /*us*/) const { if (timeout < 0) { wait(); return true; } const int nsec_in_sec = 1000000000; const int usec_in_sec = 1000000; const int usec_in_nsec = 1000; struct timeval tv; struct timespec ts; gettimeofday(&tv, NULL); ts.tv_sec = tv.tv_sec + static_cast<long>(timeout / usec_in_sec); ts.tv_nsec = (tv.tv_usec + static_cast<long>(timeout % usec_in_sec) * usec_in_nsec); if (ts.tv_nsec > nsec_in_sec) { ts.tv_sec += ts.tv_nsec / nsec_in_sec; ts.tv_nsec = ts.tv_nsec % nsec_in_sec; } return timedwait(ts); } #endif } // namespace TPCE
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/** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #pragma once #include <aws/glue/Glue_EXPORTS.h> #include <aws/core/utils/memory/stl/AWSString.h> namespace Aws { namespace Glue { namespace Model { enum class TransformStatusType { NOT_SET, NOT_READY, READY, DELETING }; namespace TransformStatusTypeMapper { AWS_GLUE_API TransformStatusType GetTransformStatusTypeForName(const Aws::String& name); AWS_GLUE_API Aws::String GetNameForTransformStatusType(TransformStatusType value); } // namespace TransformStatusTypeMapper } // namespace Model } // namespace Glue } // namespace Aws
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// Hex.cpp : Defines the entry point for the console application. // Assiggment5 Cpp for C programer // 12/01/2013 // compiler: MSFT Visual Studio 2012 #include<vector> #include<iostream> #include<algorithm> #include<cstdlib> #include<string> #include<ctime> #include<random> #include<chrono> using namespace std; class node{ public: node(int n=0):n(n) {}; int get_n() {return n;}; private: int n; }; class edge{ public: edge(int n1, int n2) { start = node(n1); start = node(n2); } private: node start; node end; }; enum class StoneColor {EMPTY, RED, BLUE}; class HexGraph{ public: HexGraph(int hsize): size(hsize*hsize),board_side(hsize), seed(time(0)) // hsize is 1 dimension as 11 in 11 by 11 board { edgelist=vector<vector<edge>>(size); stone = vector<StoneColor>(hsize*hsize, StoneColor::EMPTY); } // specifically for Hex game bool has_won(StoneColor player, const vector<StoneColor>& stone) { // assuming player Red goes North/South and Blue player goes first if (StoneColor::RED== player) { const int board_side = sqrt(size); int j = 0; vector<bool> prev_open(board_side, false); vector<bool> curr_open(board_side, false); for (int i = 0; i < board_side; i++) curr_open[i]= (stone[i]==player); for (int i = 1; i < board_side; i++) { prev_open = curr_open; curr_open = vector<bool>(board_side, false); for (j = 0; j<board_side-1; j++) { if (stone[i*board_side+j]==player && (prev_open[j] ||prev_open[j+1]) ) curr_open[j]= true; else curr_open[j]= false; } if (stone[i*board_side+j]==player && prev_open[j]) curr_open[j]= true; else curr_open[j]= false; } for (int i=0; i< board_side; i++) if(curr_open[i]) return true; return false; } else if (StoneColor::BLUE== player) { const int board_side = sqrt(size); int j = 0; vector<bool> prev_open(board_side, false); vector<bool> curr_open(board_side, false); for (int i = 0; i < board_side; i++) curr_open[i]= (stone[i]==player); for (int i = 1; i < board_side; i++) { prev_open = curr_open; curr_open = vector<bool>(board_side, false); for (j = 0; j<board_side-1; j++) { if (stone[j*board_side+i]==player && (prev_open[j] ||prev_open[j+1]) ) curr_open[j]= true; else curr_open[j]= false; } if (stone[j*board_side+i]==player && prev_open[j]) curr_open[j]= true; else curr_open[j]= false; } for (int i=0; i< board_side; i++) if(curr_open[i]) return true; return false; } } StoneColor who_won_efficient(vector<StoneColor> stone) // this version is efficient but only applicable when the whole board is full { if (has_won(StoneColor::RED, stone)) return StoneColor::RED; else return StoneColor::BLUE; } StoneColor who_won() // this version is less efficient but is applicable at each move { if (has_won(StoneColor::RED, stone)) return StoneColor::RED; else if (has_won(StoneColor::BLUE, stone)) return StoneColor::BLUE; else return StoneColor::EMPTY; // empty means neither wins } // draw the HexBoard void draw() { char drawSymbol; int hsize= board_side; for (int i=1; i<=hsize; i++) { for (int j=1; j<=2*(i-1); j++) cout<<" "; for (int j=1; j<=hsize; j++) { // when drawing on the screen, X --> BLUE, O --> RED, . --> EMPTY if (stone[(i-1)*hsize + (j-1)]==StoneColor::BLUE) drawSymbol = 'X'; else if (stone[(i-1)*hsize + (j-1)]==StoneColor::RED) drawSymbol = 'O'; else drawSymbol = '.'; cout<< drawSymbol; if (j!=hsize) cout<<" - "; else cout<<endl; } if (i!=hsize) { for (int j=1; j<=2*i-1; j++) cout<<" "; cout<<"\\"; for (int j=2; j<=hsize; j++) { cout<<" / \\"; } cout<<endl; } } } bool validMove(int x, int y) { return stone[(x-1)*board_side + y-1] == StoneColor::EMPTY; } void move(int i, int j, StoneColor k) { // precondition: BoardNode shouldn't be Blank // mark it in nodeArray if (validMove(i, j)) stone[(i-1)*board_side + j-1]= k; } void get_AI_MC_move(int& x,int& y, StoneColor AI) { int i,j,k,BestNodeIndex; double MaxWinningProb = -1.0; int NumOfSimulations = 5000; StoneColor player, winner; if (AI==StoneColor::RED) player =StoneColor::BLUE; else player =StoneColor::RED; vector<int> EmptyNodeIndex; for (int k=0; k<size; k++) if (stone[k]==StoneColor::EMPTY) EmptyNodeIndex.push_back(k); double WinningProb; // loop through possible moves for (i=0; i<EmptyNodeIndex.size(); i++) { // investigate the move at EmptyNodeIndex[i] WinningProb= 0.0; for (j=0; j<NumOfSimulations; j++) { vector<int> temp = EmptyNodeIndex; vector<StoneColor> StoneNext = stone; StoneNext[EmptyNodeIndex[i]] = AI; unsigned thisseed = std::chrono::system_clock::now().time_since_epoch().count(); shuffle(temp.begin(), temp.end(), default_random_engine(thisseed)); int count=0; for (k=0; k<temp.size(); k++) { if (temp[k]!=EmptyNodeIndex[i]) { if (count<(temp.size()-1)/2) StoneNext[temp[k]] = AI; else StoneNext[temp[k]] = player; count++; } } winner = who_won_efficient(StoneNext); if (winner==AI) WinningProb++; } WinningProb= WinningProb/NumOfSimulations; if (WinningProb> MaxWinningProb) { MaxWinningProb = WinningProb; BestNodeIndex = EmptyNodeIndex[i]; } } x = BestNodeIndex/board_side + 1; y = BestNodeIndex%board_side + 1; } void play() { string symbol; bool firstplayer; // whether the player choose to play first, i.e. choose to play X; cout<< "Welcome to the Hex Game! Please choose to play X or O. X will play first." << endl; cout <<"key in X or O and press Enter>>"; cin >> symbol; while(symbol!="X" && symbol!="O") { cout<<"Wrong input. Please key in X or O and then press Enter>>"; cin >> symbol; } firstplayer = symbol=="X"; // some more initilization StoneColor playerSymbol = (symbol=="X")?StoneColor::BLUE:StoneColor::RED; StoneColor AISymbol = (symbol=="X")?StoneColor::RED:StoneColor::BLUE; StoneColor winner; bool playerTurn = firstplayer; // denote whether it is currently player's turn or not bool gameOver = false; // denote whether either one has won the game; int x; int y;int round = 1; // set seed for MC simulation srand(seed); while (!gameOver) { if (playerTurn) { // only draw the board if its player turn cout << endl << "---------------Round " << round++ << " ---------------" << endl; draw(); cout << "Please input the x coordinate of your next move and press Enter>>"; cin >> x; cout << "Please input the y coordinate of your next move and press Enter>>"; cin >> y; // determine if the move is valid while (!validMove(x, y)) { cout << "Invalid move. Please try again: "<< endl; cout << "Please input the x coordinate of your next move and press Enter>>"; cin >> x; cout << "Please input the y coordinate of your next move and press Enter>>"; cin >> y; } // update graph move(x,y,playerSymbol); } else { //AI turn //Best move determined by MC simulation get_AI_MC_move(x,y, AISymbol); // update graph move(x,y,AISymbol); } // check whether some player wins --> BoardNode::Blank means neither wins winner = who_won(); if (winner==playerSymbol) { gameOver = true; cout << "Congratulations! You win!" << endl; } else if (winner==AISymbol) { gameOver = true; cout << "Sorry, you lost!" << endl; } // change turn; playerTurn=!playerTurn; } // print the final board cout << endl << "---------------Final Board: Round " << round-1 << " ---------------" << endl; draw(); return; } private: vector<vector <edge>> edgelist; //actually unused in this implementation int size; // hsize * hsize int board_side; // hsize vector<StoneColor> stone; unsigned int seed; }; int main() { HexGraph myHexGame(11); myHexGame.play(); return 0; }
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/* Author: LargeDumpling Email: LargeDumpling@qq.com Edit History: 2015-12-27 File created. */ #include<iostream> #include<cstdio> #include<cstdlib> #include<cstring> #include<cmath> #include<map> #include<set> #include<algorithm> using namespace std; int n; struct jp { int l,r; jp(int a=0,int b=0):l(a),r(b){} bool operator<(const jp X)const{return l==X.l?r<X.r:l<X.l;} }; map<int,jp>sx,sy; set<int>ex,ey; void updata_x(int x,int L,int R) { if(!sx.count(x))sx[x]=jp(L,R); else { sx[x].l=min(sx[x].l,L); sx[x].r=max(sx[x].r,R); } return; } void update_y(int x,int L,int R) { if(!sy.count(x))sy[x]=jp(L,R); else { sy[x].l=min(sy[x].l,L); sy[x].r=min(sy[x].r,R); } return; } int fx(int l,int r) { return ex.upper_bound(r)-ex.upper_bound(l-1); } int fy(int l,int r) { return ey.upper_bound(r)-ey.upper_bound(l-1); } int main() { int x1,y1,x2,y2; scanf("%d",&n); for(int i=1;i<=n;i++) { scanf("%d%d%d%d",&x1,&y1,&x2,&y2); x1+=(1<<30); y1+=(1<<30); x2+=(1<<30); y2+=(1<<30); if(x1==x2) { if(y1>y2)swap(y1,y2); ex.insert(x1); update_x(x,y1,y2); } else if(y1==y2) { if(x1>x2)swap(x1,x2); ey.insert(y1); update_y(y,x1,x2); } } map<int,jp>::iterator it; long long ans=0; for(it=sx.begin();it!=sx.end();it++) ans=it.r-it.l+1; return 0; }
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#include <jni.h> #include <stddef.h> extern "C" JNIEXPORT void JNICALL Java_jp_co_cyberagent_android_gpuimage_GPUImageNativeLibrary_YUVtoRBGA(JNIEnv *env, jclass type, jbyteArray yuv_, jint width, jint height, jintArray out_) { jbyte *yuv = env->GetByteArrayElements(yuv_, NULL); jint *rgbData = env->GetIntArrayElements(out_, NULL); int sz; int i; int j; int Y; int Cr = 0; int Cb = 0; int pixPtr = 0; int jDiv2 = 0; int R = 0; int G = 0; int B = 0; int cOff; int w = width; int h = height; sz = w * h; for(j = 0; j < h; j++) { pixPtr = j * w; jDiv2 = j >> 1; for(i = 0; i < w; i++) { Y = yuv[pixPtr]; if(Y < 0) Y += 255; if((i & 0x1) != 1) { cOff = sz + jDiv2 * w + (i >> 1) * 2; Cb = yuv[cOff]; if(Cb < 0) Cb += 127; else Cb -= 128; Cr = yuv[cOff + 1]; if(Cr < 0) Cr += 127; else Cr -= 128; } //ITU-R BT.601 conversion // //R = 1.164*(Y-16) + 2.018*(Cr-128); //G = 1.164*(Y-16) - 0.813*(Cb-128) - 0.391*(Cr-128); //B = 1.164*(Y-16) + 1.596*(Cb-128); // Y = Y + (Y >> 3) + (Y >> 5) + (Y >> 7); R = Y + (Cr << 1) + (Cr >> 6); if(R < 0) R = 0; else if(R > 255) R = 255; G = Y - Cb + (Cb >> 3) + (Cb >> 4) - (Cr >> 1) + (Cr >> 3); if(G < 0) G = 0; else if(G > 255) G = 255; B = Y + Cb + (Cb >> 1) + (Cb >> 4) + (Cb >> 5); if(B < 0) B = 0; else if(B > 255) B = 255; rgbData[pixPtr++] = 0xff000000 + (R << 16) + (G << 8) + B; } } env->ReleaseByteArrayElements( yuv_, yuv, 0); env->ReleaseIntArrayElements( out_, rgbData, 0); } extern "C" JNIEXPORT void JNICALL Java_jp_co_cyberagent_android_gpuimage_GPUImageNativeLibrary_YUVtoARBG(JNIEnv *env, jclass type, jbyteArray yuv_, jint width, jint height, jintArray out_) { jbyte *yuv = env->GetByteArrayElements( yuv_, NULL); jint *rgbData = env->GetIntArrayElements( out_, NULL); int sz; int i; int j; int Y; int Cr = 0; int Cb = 0; int pixPtr = 0; int jDiv2 = 0; int R = 0; int G = 0; int B = 0; int cOff; int w = width; int h = height; sz = w * h; for(j = 0; j < h; j++) { pixPtr = j * w; jDiv2 = j >> 1; for(i = 0; i < w; i++) { Y = yuv[pixPtr]; if(Y < 0) Y += 255; if((i & 0x1) != 1) { cOff = sz + jDiv2 * w + (i >> 1) * 2; Cb = yuv[cOff]; if(Cb < 0) Cb += 127; else Cb -= 128; Cr = yuv[cOff + 1]; if(Cr < 0) Cr += 127; else Cr -= 128; } //ITU-R BT.601 conversion // //R = 1.164*(Y-16) + 2.018*(Cr-128); //G = 1.164*(Y-16) - 0.813*(Cb-128) - 0.391*(Cr-128); //B = 1.164*(Y-16) + 1.596*(Cb-128); // Y = Y + (Y >> 3) + (Y >> 5) + (Y >> 7); R = Y + (Cr << 1) + (Cr >> 6); if(R < 0) R = 0; else if(R > 255) R = 255; G = Y - Cb + (Cb >> 3) + (Cb >> 4) - (Cr >> 1) + (Cr >> 3); if(G < 0) G = 0; else if(G > 255) G = 255; B = Y + Cb + (Cb >> 1) + (Cb >> 4) + (Cb >> 5); if(B < 0) B = 0; else if(B > 255) B = 255; rgbData[pixPtr++] = 0xff000000 + (B << 16) + (G << 8) + R; } } env->ReleaseByteArrayElements( yuv_, yuv, 0); env->ReleaseIntArrayElements( out_, rgbData, 0); }
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/** Copyright 2016 Vitaly Vorobyev ** @file icpvevent.cpp ** ** @brief This message displayed in Doxygen Files index ** ** @author Vitaly Vorobyev ** Contact: vit.vorobiev@gmail.com ** **/ #include <fstream> #include <iostream> #include <sstream> #include <exception> #include "icpvevent.h" namespace libTatami { using std::istringstream; using std::cout; using std::cerr; using std::endl; using std::getline; using std::ifstream; using std::vector; using std::string; ICPVEvt::ICPVEvt(const string& fname) { ReadStructure(fname); } ICPVEvt::ICPVEvt(const ICPVEvt& ev) { Set(ev.IVars(), ev.DVars()); } ICPVEvt::ICPVEvt(const ivarvec& IV, const dvarvec& DV) { Set(IV, DV); } ICPVEvt& ICPVEvt::operator=(const ICPVEvt& vt) { Set(vt.IVars(), vt.DVars()); return *this; } int ICPVEvt::ReadStructure(const string& fname) { ifstream ifile(fname.c_str(), ifstream::in); if (!ifile.is_open()) { cout << "ICPVEvt::ReadStructure: can't open file " << fname << endl; return -1; } else { cout << "Getting event structure from file " << fname << endl; } m_IVars.clear(); m_DVars.clear(); string line; while (getline(ifile, line)) { string name, type, dscr; istringstream out; out.str(line); out >> name; out >> type; out >> dscr; if (type == string("D")) m_DVars.push_back(dvar(0, name)); else if (type == string("I")) m_IVars.push_back(ivar(0, name)); else cout << "ICPVEvt::ReadStructure: wrong var type " << type << endl; } PrintStructure(); return 0; } void ICPVEvt::PrintStructure(void) const { cout << "Integer variables (" << m_IVars.size() << "):" << endl; for (unsigned i = 0; i < m_IVars.size(); i++) cout << " " << m_IVars[i].Name(); cout << endl; cout << "Real variables (" << m_DVars.size() << "):" << endl; for (unsigned i = 0; i < m_DVars.size(); i++) cout << " " << m_DVars[i].Name(); cout << endl; return; } string ICPVEvt::IName(uint32_t i) const { if (i < 0 || i >= m_IVars.size()) { cout << "ICPVEvt::IName: wrong var index " << i << endl; return 0; } return m_IVars[i].Name(); } int ICPVEvt::IVar(uint32_t i) const { if (i < 0 || i >= m_IVars.size()) { cout << "ICPVEvt::IVar: wrong var index " << i << endl; return 0; } return m_IVars[i].Val(); } string ICPVEvt::DName(uint32_t i) const { if (i < 0 || i >= m_DVars.size()) { cout << "ICPVEvt::DName: wrong var index " << i << endl; return 0; } return m_DVars[i].Name(); } double ICPVEvt::DVar(uint32_t i) const { if (i < 0 || i >= m_DVars.size()) { cout << "ICPVEvt::DVar: wrong var index " << i << endl; return 0; } return m_DVars[i].Val(); } int ICPVEvt::IVar(const string& name) const { return IVar(FindIVar(name)); } double ICPVEvt::DVar(const string& name) const { return DVar(FindDVar(name)); } void ICPVEvt::Set(const vector<ivar>& IV, const vector<dvar>& DV) { m_IVars = IV; m_DVars = DV; } void ICPVEvt::SetIVar(uint32_t i, uint32_t val) { if (i < 0 || i >= m_IVars.size()) { cout << "ICPVEvt::SetIVar: wrong var index " << i << endl; return; } m_IVars[i].SetVal(val); } void ICPVEvt::SetIVar(const string& name, uint32_t val) { m_IVars[FindIVar(name)].SetVal(val); } void ICPVEvt::SetDVar(uint32_t i, double val) { if (i < 0 || i >= m_DVars.size()) { cerr << "ICPVEvt::SetDVar: wrong var index " << i << endl; throw new std::runtime_error(""); } m_DVars[i].SetVal(val); } void ICPVEvt::SetDVar(const string& name, double val) { m_DVars[FindDVar(name)].SetVal(val); } int ICPVEvt::FindIVar(const string& name) const { auto index = ivar::FindIndex(m_IVars, name); if (index == -1) { cout << "ICPVEvt::FindIVar: no variable with name " << name << endl; return 0; } return index; } int ICPVEvt::FindDVar(const string& name) const { auto index = dvar::FindIndex(m_DVars, name); if (index == -1) { cout << "ICPVEvt::FindDVar: no variable with name " << name << endl; return 0; } return index; } } // namespace libTatami
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config_utils.cpp
/* $Id: config_utils.cpp 39666 2017-10-25 16:01:13Z katargir $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Authors: Liangshou Wu * * File Description: * */ #include <ncbi_pch.hpp> #include <gui/utils/track_info.hpp> #include <gui/widgets/seq_graphic/config_utils.hpp> BEGIN_NCBI_SCOPE USING_SCOPE(objects); string CSGConfigUtils::m_CommonDefaultStyleName = "Default"; CRegistryReadView CSGConfigUtils::GetReadView(const CGuiRegistry& reg, const string& base_key, const string& curr_key, const string& def_key1, const string& def_key2, const string& def_key3) { vector <string> keys; if ( !def_key3.empty()) { keys.push_back(def_key3); } if ( !def_key2.empty() && def_key2 != def_key3 ) { keys.push_back(def_key2); } if ( !def_key1.empty() && def_key1 != def_key2) { keys.push_back(def_key1); } if (curr_key != def_key1) { keys.push_back(curr_key); } return reg.GetReadView(base_key, keys); } CRegistryWriteView CSGConfigUtils::GetWriteView(CGuiRegistry& reg, const string& base_key, const string& curr_key, const string& def_key1, const string& def_key2, const string& def_key3) { vector <string> keys; if ( !def_key3.empty()) { keys.push_back(def_key3); } if ( !def_key2.empty() && def_key2 != def_key3 ) { keys.push_back(def_key2); } if ( !def_key1.empty() && def_key1 != def_key2) { keys.push_back(def_key1); } if (curr_key != def_key1) { keys.push_back(curr_key); } return reg.GetWriteView(base_key, keys); } void CSGConfigUtils::ParseProfileString(const string& profile_str, TKeyValuePairs& settings) { typedef vector<string> TTokens; TTokens tokens; CTrackUtils::TokenizeWithEscape(profile_str, ",", tokens); ITERATE (vector<string>, iter, tokens) { TTokens pair; CTrackUtils::TokenizeWithEscape(*iter, ":", pair); if (pair.size() == 2) { settings[pair[0]] = pair[1]; } } } string CSGConfigUtils::ComposeProfileString(const TKeyValuePairs& settings) { string p_str = kEmptyStr; if (!settings.empty()) { auto it = settings.begin(); p_str += it->first; p_str += ":"; p_str += it->second; while (++it != settings.end()) { p_str += ","; p_str += it->first; p_str += ":"; p_str += it->second; } } return p_str; } void CSGConfigUtils::GetFont(const CRegistryReadView& view, const string& face_key, const string& size_key, CGlTextureFont& f) { CGlTextureFont::EFontFace font_face = CGlTextureFont::FaceFromString( view.GetString(face_key, "Helvetica")); unsigned int font_size = (unsigned int)view.GetInt(size_key, 10); f.SetFontFace(font_face); f.SetFontSize(font_size); } void CSGConfigUtils::SetFont(CRegistryWriteView& view, const string& face_key, const string& size_key, const CGlTextureFont& f) { view.Set(face_key, CGlTextureFont::FaceToString(f.GetFontFace())); view.Set(size_key, (int)f.GetFontSize()); } void CSGConfigUtils::GetTexFont(const CRegistryReadView& view, const string& face_key, const string& size_key, CGlTextureFont& f) { CGlTextureFont::EFontFace font_face = CGlTextureFont::FaceFromString( view.GetString(face_key, "Helvetica")); unsigned int font_size = (unsigned int)view.GetInt(size_key, 10); f.SetFontFace(font_face); f.SetFontSize(font_size); } void CSGConfigUtils::SetTexFont(CRegistryWriteView& view, const string& face_key, const string& size_key, const CGlTextureFont& f) { view.Set(face_key, CGlTextureFont::FaceToString(f.GetFontFace())); view.Set(size_key, (int)f.GetFontSize()); } bool CSGConfigUtils::x_UserFieldToColor(const CUser_field& f, CRgbaColor& c) { switch(f.GetData().Which()) { case CUser_field::TData::e_Ints: {{ vector<int> cvi = f.GetData().GetInts(); if (cvi.size() > 2 ) { vector<int>::const_iterator cv_it = cvi.begin(); c.SetRed (static_cast<unsigned char>(*cv_it++)); c.SetGreen(static_cast<unsigned char>(*cv_it++)); c.SetBlue (static_cast<unsigned char>(*cv_it++)); if (cv_it != cvi.end()) { c.SetAlpha(static_cast<unsigned char>(*cv_it)); } } else { return false; } break; }} case CUser_field::TData::e_Reals: {{ vector<double> cvd = f.GetData().GetReals(); if (cvd.size() > 2 ) { vector<double>::const_iterator cv_it = cvd.begin(); c.SetRed (static_cast<float>(*cv_it++)); c.SetGreen(static_cast<float>(*cv_it++)); c.SetBlue (static_cast<float>(*cv_it++)); if (cv_it != cvd.end()) { c.SetAlpha(static_cast<float>(*cv_it)); } } else { return false; } break; }} case CUser_field::TData::e_Str: {{ string cs = f.GetData().GetStr(); c.FromString(cs); break; }} default: return false; } return true; } void CSGConfigUtils::x_ColorToUserField(const CRgbaColor& c, CUser_field& f) { // store the color as a vector of ints. vector<int> val; val.push_back(c.GetRedUC()); val.push_back(c.GetGreenUC()); val.push_back(c.GetBlueUC()); val.push_back(c.GetAlphaUC()); f.SetData().SetInts() = val; } END_NCBI_SCOPE
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two.cpp
#include <algorithm> #include <cstdio> #include <cstring> #include <set> #define mp std::make_pair typedef std::pair<int, int> PI; const int N = 200050; int ch[N][26], fa[N], len[N], last, cnt; bool vis[N]; int n, k; long long ans; char s[N]; inline void Init() { cnt = 1; last = 0; fa[0] = -1; } void ins(int c) { int nw = cnt++, p = last; vis[nw] = true; len[nw] = len[last] + 1; last = nw; for (; ~p && !ch[p][c]; p = fa[p]) ch[p][c] = nw; if (p == -1) { fa[nw] = 0; return; } else { int np = ch[p][c]; if (len[np] == len[p] + 1) { fa[nw] = np; return; } else { int nq = cnt++; len[nq] = len[p] + 1; fa[nq] = fa[np]; memcpy(ch[nq], ch[np], sizeof ch[np]); fa[np] = fa[nw] = nq; for (; ~p && ch[p][c] == np; p = fa[p]) ch[p][c] = nq; } } } std::set<int> S; int sizv[N << 2]; void Modify(int o, int l, int r, int x, int v) { sizv[o] += v; if (l == r) return; int mid = (l + r) / 2; if (x <= mid) Modify(o << 1, l, mid, x, v); else Modify(o << 1 | 1, mid + 1, r, x, v); } void Clear(int o, int l, int r) { if (!sizv[o]) return; sizv[o] = 0; if (l == r) return; int mid = (l + r) / 2; Clear(o << 1, l, mid); Clear(o << 1 | 1, mid + 1, r); } int kth(int o, int l, int r, int k) { if (!k) return 0x3f3f3f3f; if (k > sizv[o]) return -0x3f3f3f3f; if (l == r) return l; int mid = (l + r) / 2; if (sizv[o << 1 | 1] >= k) return kth(o << 1 | 1, mid + 1, r, k); else return kth(o << 1, l, mid, k - sizv[o << 1 | 1]); } void Ins(int x) { std::set<int>::iterator it = S.lower_bound(x); if (it != S.end() && it != S.begin()) { std::set<int>::iterator t = it; --t; Modify(1, 1, n, *it - *t, -1); } if (it != S.end()) Modify(1, 1, n, *it - x, 1); if (it != S.begin()) Modify(1, 1, n, x - *(--it), 1); S.insert(x); } int ls[N], rb[N], siz[N], son[N]; inline void addEdge(int f, int x) { rb[x] = ls[f]; ls[f] = x; } int dfs0(int x) { son[x] = -1; siz[x] = 1; for (int y = ls[x]; y; y = rb[y]) { siz[x] += dfs0(y); if (son[x] == -1 || siz[y] > siz[son[x]]) son[x] = y; } return siz[x]; } void dfs_ins(int x) { if (vis[x]) Ins(len[x]); for (int y = ls[x]; y; y = rb[y]) dfs_ins(y); } void printS() { printf("{ "); for (std::set<int>::iterator it = S.begin(); it != S.end(); ++it) printf("%d, ", *it); printf("}"); } void dfs1(int x, int lenf) { for (int y = ls[x]; y; y = rb[y]) if (y != son[x]) dfs1(y, len[x]); Clear(1, 1, n); S.clear(); if (son[x] > 0) dfs1(son[x], len[x]); if (vis[x]) Ins(len[x]); for (int y = ls[x]; y; y = rb[y]) if (y != son[x]) dfs_ins(y); // printS(); printf(" %d\n", len[x]); if (x > 0 && sizv[1] >= k - 1) { int l1 = lenf + 1, r1 = len[x]; int l2 = kth(1, 1, n, k), r2 = kth(1, 1, n, k - 1) - 1; int l = std::max(l1, l2), r = std::min(r1, r2); ans += std::max(r - l + 1, 0); } } int main() { freopen("two.in", "r", stdin); freopen("two.out", "w", stdout); scanf("%s%d", s, &k); n = strlen(s); Init(); for (int i = 0; i < n; ++i) ins(s[i] - 'a'); for (int i = 1; i < cnt; ++i) addEdge(fa[i], i); dfs0(0); dfs1(0, 0); printf("%lld\n", ans); }
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GamePartExplorableRooms.h
#pragma once #include <base/gh.h> #include "GPER_ActiveRoomDetector.h" namespace randDungeons_a_v1 { namespace TurnBasedRDungeonA { class GamePartExplorableRooms : public GPER_ActiveRoomDetector {priv typedef GPER_ActiveRoomDetector super;pub dCtor(GamePartExplorableRooms); pub explicit GamePartExplorableRooms(base::IGameWorld* gw); pub ~GamePartExplorableRooms() override; }; }; };
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bfa_common.cpp
#include <RcppArmadillo.h> #include <Rcpp.h> #include "bfa_common.h" using namespace arma ; using namespace Rcpp ; bool is_sorted(arma::vec row) { int len = row.n_elem; bool out = true; for (int i=1; i<len; i++) { if (row(i)-row(i-1)<0.0) { out=false; break; } } return(out); } bool bfa_isfinite(double x) { return (x <= DBL_MAX && x >= -DBL_MAX); } double rtnorm_slice(int iter, double mu, double sigma, double a, double b) { double up = 0.0; double upp = 0.0; double lo = 0.0; double y = 0.0; double x = b==R_PosInf ? a+Rf_runif(0, 1.0) : (b-a)/2; //(b-a)*Rf_runif(0.0, 1.0) + a; for (int i=0; i<iter; i++) { y = exp(-0.5*(x-mu)*(x-mu)/(sigma*sigma))*Rf_runif(0.0, 1.0); upp = mu + sqrt(-2.0*sigma*sigma*log(y)); up = (b==R_PosInf || upp<b) ? upp : b; lo = std::max(mu - sqrt(-2.0*sigma*sigma*log(y)), a); x = (up-lo)*Rf_runif(0.0, 1.0) + lo; } return(x); } double rtnorm_1(double mu, double sigma, double a, double b){ //draw from mean mu, unit variance truncated normal //sigma argument is a farce double lo, hi, out = 0.0/0.0; double zlo = a-mu; double zhi = b-mu; if(a<b) { if ((std::fabs(zlo) < 8.0) && (std::fabs(zhi) < 8.0)) { lo = Rcpp::stats::pnorm_1(a, mu, true, false); hi = Rcpp::stats::pnorm_1(b, mu, true, false); } else if (std::fabs(zlo) >8.0) { lo = 0.0; hi = Rcpp::stats::pnorm_1(b, mu, true, false); } else if (std::fabs(zhi) >8.0) { lo = Rcpp::stats::pnorm_1(a, mu, true, false); hi = 1.0; } double u = Rf_runif(lo, hi); u = std::max(u, 6.7e-16); u = std::min(u, 1.0-6.7e-16); out = Rcpp::stats::qnorm_1(u, mu, true, false); //if inverse cdf fails numerically fall back to slice sampler if (!arma::is_finite(out) || out<a || out>b) { out = rtnorm_slice(10, mu, 1.0, a, b); } } else { out=a; } return(out); } double rinvgauss(double mu, double lam) { double x, y; y = Rf_rnorm(0.0, 1.0); y = y*y; x = mu + mu*(mu*y - sqrt(4*mu*lam*y + mu*mu*y*y))/(2*lam); if (Rf_runif(0.0, 1.0) > mu/(mu+x)) { x = mu*mu/x; } return(x); }
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classwork16.cpp
#include<iostream> using namespace std; class sample{ private: int a,b; public: sample(){ a=10; b=20; } void display(){ cout<<a<<" "<<b; } }; int main(){ sample ob; ob.display(); }
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/Object.cpp
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Object.cpp
#include <Object.h> std::vector<Vertex> Object::vertices; std::vector<Material*> Object::mtls; unsigned int Object::instance_count = 0; Object::Object(const char* filename) : id(Object::instance_count) { Object::instance_count++; Object::loadVertexData(filename); this->model = glm::rotate(glm::radians(90.0f), glm::vec3(1.0f, 0.0f, 0.0f)); glGenVertexArrays(1, &(this->vao)); glGenBuffers(1, &(this->vbo)); glBindVertexArray(this->vao); glBindBuffer(GL_ARRAY_BUFFER, this->vbo); glBufferData(GL_ARRAY_BUFFER, Object::vertices.size()*sizeof(Vertex), &(Object::vertices[0]), GL_STATIC_DRAW); glEnableVertexAttribArray(0); glVertexAttribPointer(0, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)0); glEnableVertexAttribArray(1); glVertexAttribPointer(1, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)sizeof(glm::vec3)); glEnableVertexAttribArray(2); glVertexAttribPointer(2, 2, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)(2*sizeof(glm::vec3))); glEnableVertexAttribArray(3); glVertexAttribIPointer(3, 1, GL_UNSIGNED_INT, sizeof(Vertex), (void*)(2*sizeof(glm::vec3) + sizeof(glm::vec2))); std::cerr << "Object id: " << this->id << std::endl; } Object::~Object() { glDeleteVertexArrays(1, &(this->vao)); glDeleteBuffers(1, &(this->vbo)); } void Object::loadVertexData(const char* filename) { loadOBJ(filename, Object::vertices, Object::mtls); } glm::mat4& Object::getModelMatrix() { return this->model; } void Object::render() { //application needs to set shader before calling render glBindVertexArray(this->vao); glDrawArrays(GL_TRIANGLES, 0, Object::vertices.size()); }
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/bust.cpp
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bust.cpp
#include<iostream> #include<fstream> #include<cstdlib> #include<string.h> using namespace std; class passenger { int seat; char gender; char name[10]; char ph[13]; int fare; public: void read_data(); void show_data(); void bookticket(); void read_rec(); void viewdetails(); void cancellation(); }; int validate_ph(char ph[]) { int i=0; while(ph[i]!='\0') { if(!isdigit(ph[i])) { return 1; } i++; } if(strlen(ph)!=10) { return 1; } return 0; } void passenger::read_data() { cout<<"\nEnter seat Number: "; cin>>seat; while(seat>29||seat<1) { cout<<"\nEnter a valid seat number 0-29"; cin>>seat; } cout<<"Enter gender: "; cin>>gender; while(gender!='m'&&gender!='f') { cout<<"\nenter m/f"; cin>>gender; } cout<<"Enter Name: "; cin>>name; cout<<"Enter phone no: "; cin>>ph; while(validate_ph(ph)) { cout<<"\nenter a valid phone number"; cin>>ph; } cout<<endl; } void passenger::show_data() { cout<<"\nseat Number: "<<seat<<endl; cout<<"gender: "<<gender<<endl; cout<<"Name: "<<name<<endl; cout<<"phone no: "<<ph<<endl; cout<<"ticket fare:"<<fare<<endl; cout<<"-------------------------------"<<endl; } void passenger::bookticket() { cout<<"\nRoutes available:\n\n1.chennai <-> madurai\n2.madurai<->bengaluru\n3.bengaluru<->chennai"; int i,j; int a[3][10]; for(i=0;i<3;i++) { for(j=0;j<10;j++) { a[i][j]=i*10+j; } } cout<<"\n\nEnter the following details\n\n"; cout<<"FROM POINT\t:"; char from[10]; char to[10]; cin>>from; cout<<"TO point\t:"; cin>>to; if((strcmp(from,to)==0)||((strcmp(from,"chennai")!=0)&&(strcmp(from,"madurai")!=0)&&(strcmp(from,"bengaluru")!=0))||((strcmp("chennai",to)!=0)&&(strcmp("madurai",to)!=0)&&(strcmp("bengaluru",to)!=0))) { cout<<"\nEnter a valid route!!\n"; return; } cout<<"Date of Journey [dd/mm/yy]\t:"; char date1[20]; int date[20]; cin>>date1; date[0]=date1[0]-'0'; date[1]=date1[1]-'0'; date[2]=date1[3]-'0'; date[3]=date1[4]-'0'; date[4]=date1[6]-'0'; date[5]=date1[7]-'0'; //cin>>date; if((date[0]*10+date[1]<1)||(date[0]*10+date[1]>30)||(date[2]*10+date[3]!=11)||(date[4]*10+date[5]!=17)) { cout<<"\nEnter valid date"; return; } char filen[20]; filen[0]=from[0]; filen[1]=from[1]; filen[2]=to[0]; filen[3]=to[1]; filen[4]=date1[0]; filen[5]=date1[1]; filen[6]=date1[3]; filen[7]=date1[4]; filen[8]=date1[6]; filen[9]=date1[7]; filen[10]='.'; filen[11]='t'; filen[12]='x'; filen[13]='t'; filen[14]='\0'; ifstream infile; infile.open(filen, ios::binary); if(infile) { while(!infile.eof()) { if(infile.read(reinterpret_cast<char*>(this), sizeof(*this))>0) { i=seat/10; j=seat%10; a[i][j]=gender; } } } infile.close(); cout<<"\n$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$\n"; cout<<"\n LAYOUT OF SEATS\n"; cout<<" ---------------------------------------------------\n"; for(i=0;i<3;i++) { for(j=0;j<10;j++) { if(i==0) { if(a[i][j]>29) cout<<" | "<<(char)a[i][j]<<" "; else cout<<" | "<<a[i][j]<<" "; } else { if(a[i][j]>29) cout<<" | "<<(char)a[i][j]<<" "; else cout<<" | "<<a[i][j]; } } cout<<" |\n"; cout<<" ---------------------------------------------------\n"; if(i==1) {cout<<"\n"; cout<<" ---------------------------------------------------\n"; } } cout<<"\n$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$\n"; ofstream outfile; outfile.open(filen, ios::binary|ios::app); read_data(); if(((strcmp(from,"chennai")==0)&&(strcmp(to,"madurai")==0))||((strcmp(from,"madurai")==0)&&(strcmp(to,"chennai")==0))) { fare=250; } else if(((strcmp(from,"bengaluru")==0)&&(strcmp(to,"madurai")==0))||((strcmp(from,"madurai")==0)&&(strcmp(to,"bengaluru")==0))) { fare=300; } else { fare=200; } i=seat/10; j=seat%10; if(a[i][j]>29) { cout<<"THE SEAT IS ALREADY BOOKED!!"; outfile.close(); return; } outfile.write(reinterpret_cast<char *>(this), sizeof(*this)); outfile.close(); cout<<"\n***********************************************************************"; cout<<"\nTICKET HAS BEEN BOOKED"; cout<<"\nYOUR TICKET DETAILS ARE\n"; show_data(); } void passenger::read_rec() { cout<<"\nEnter the following details\n\n"; cout<<"FROM POINT\t:"; char from[10]; char to[10]; cin>>from; cout<<"TO point\t:"; cin>>to; if((strcmp(from,to)==0)||((strcmp(from,"chennai")!=0)&&(strcmp(from,"madurai")!=0)&&(strcmp(from,"bengaluru")!=0))||((strcmp("chennai",to)!=0)&&(strcmp("madurai",to)!=0)&&(strcmp("bengaluru",to)!=0))) { cout<<"\nEnter a valid route!!!"; return; } cout<<"Date of journey [dd/mm/yy]\t:"; char date1[20]; int date[20]; cin>>date1; date[0]=date1[0]-'0'; date[1]=date1[1]-'0'; date[2]=date1[3]-'0'; date[3]=date1[4]-'0'; date[4]=date1[6]-'0'; date[5]=date1[7]-'0'; if((date[0]*10+date[1]<1)||(date[0]*10+date[1]>30)||(date[2]*10+date[3]!=11)||(date[4]*10+date[5]!=17)) { cout<<"\nEnter valid date!!!"; return; } char filen[20]; filen[0]=from[0]; filen[1]=from[1]; filen[2]=to[0]; filen[3]=to[1]; filen[4]=date1[0]; filen[5]=date1[1]; filen[6]=date1[3]; filen[7]=date1[4]; filen[8]=date1[6]; filen[9]=date1[7]; filen[10]='.'; filen[11]='t'; filen[12]='x'; filen[13]='t'; filen[14]='\0'; ifstream infile; infile.open(filen, ios::binary); if(!infile) { cout<<"\n\nError in Opening! File Not Found!!"<<endl; return; } cout<<"\n****************TICKET DETAILS*******************"<<endl; while(!infile.eof()) { if(infile.read(reinterpret_cast<char*>(this), sizeof(*this))>0) { show_data(); } } infile.close(); } void passenger::cancellation() { cout<<"\nEnter the following details\n\n"; cout<<"FROM POINT\t:"; char from[10]; char to[10]; cin>>from; cout<<"TO point\t:"; cin>>to; if((strcmp(from,to)==0)||((strcmp(from,"chennai")!=0)&&(strcmp(from,"madurai")!=0)&&(strcmp(from,"bengaluru")!=0))||((strcmp("chennai",to)!=0)&&(strcmp("madurai",to)!=0)&&(strcmp("bengaluru",to)!=0))) { cout<<"\nEnter a valid route!!!"; return; } cout<<"Date of journey [dd/mm/yy]\t:"; char date1[20]; int date[20]; cin>>date1; date[0]=date1[0]-'0'; date[1]=date1[1]-'0'; date[2]=date1[3]-'0'; date[3]=date1[4]-'0'; date[4]=date1[6]-'0'; date[5]=date1[7]-'0'; if((date[0]*10+date[1]<1)||(date[0]*10+date[1]>30)||(date[2]*10+date[3]!=11)||(date[4]*10+date[5]!=17)) { cout<<"\nEnter valid date"; return; } char filen[20]; filen[0]=from[0]; filen[1]=from[1]; filen[2]=to[0]; filen[3]=to[1]; filen[4]=date1[0]; filen[5]=date1[1]; filen[6]=date1[3]; filen[7]=date1[4]; filen[8]=date1[6]; filen[9]=date1[7]; filen[10]='.'; filen[11]='t'; filen[12]='x'; filen[13]='t'; filen[14]='\0'; int n; ifstream infile; infile.open(filen, ios::binary); if(!infile) { cout<<"\nError in opening! File Not Found!!"<<endl; return; } infile.seekg(0,ios::end); int count=0; cout<<"\n Enter seat Number to CANCEL: "; cin>>n; if(n>29||n<1) { cout<<"\nEnter a valid seat number 0-29"; return; } fstream tmpfile; tmpfile.open("tmpfile.txt", ios::out|ios::binary); infile.seekg(0); while(!infile.eof()) { if(infile.read(reinterpret_cast<char*>(this), sizeof(*this))>0) { if(n==seat) { count++; continue;} tmpfile.write(reinterpret_cast<char*>(this), sizeof(*this)); } } if(count==0) cout<<"\nTICKET HAD NOT BEEN BOOKED!!!\n"; infile.close(); tmpfile.close(); remove(filen); rename("tmpfile.txt",filen); cout<<"\n----------YOUR TICKET HAS BEEN CANCELLED!!!!---------------\n"; } void passenger::viewdetails() { cout<<"\nEnter the following details\n\n"; cout<<"FROM POINT\t:"; char from[10]; char to[10]; cin>>from; cout<<"TO point\t:"; cin>>to; if((strcmp(from,to)==0)||((strcmp(from,"chennai")!=0)&&(strcmp(from,"madurai")!=0)&&(strcmp(from,"bengaluru")!=0))||((strcmp("chennai",to)!=0)&&(strcmp("madurai",to)!=0)&&(strcmp("bengaluru",to)!=0))) { cout<<"\nEnter a valid route\n"; return; } cout<<"Date of journey [dd/mm/yy]\t:"; char date1[20]; int date[20]; cin>>date1; date[0]=date1[0]-'0'; date[1]=date1[1]-'0'; date[2]=date1[3]-'0'; date[3]=date1[4]-'0'; date[4]=date1[6]-'0'; date[5]=date1[7]-'0'; //cin>>date; if((date[0]*10+date[1]<1)||(date[0]*10+date[1]>30)||(date[2]*10+date[3]!=11)||(date[4]*10+date[5]!=17)) { cout<<"\nEnter valid date\n"; return; } char filen[20]; filen[0]=from[0]; filen[1]=from[1]; filen[2]=to[0]; filen[3]=to[1]; filen[4]=date1[0]; filen[5]=date1[1]; filen[6]=date1[3]; filen[7]=date1[4]; filen[8]=date1[6]; filen[9]=date1[7]; filen[10]='.'; filen[11]='t'; filen[12]='x'; filen[13]='t'; filen[14]='\0'; int n; ifstream infile; infile.open(filen, ios::binary); if(!infile) { cout<<"\nError in opening! File Not Found!!"<<endl; return; } int count=0; cout<<"\n Enter seat Number to view: "; cin>>n; if(n>29||n<1) { cout<<"\nEnter a valid seat number 0-29"; return; } infile.seekg(0); while(!infile.eof()) { if(infile.read(reinterpret_cast<char*>(this), sizeof(*this))>0) { if(n==seat) { count++; show_data(); break;} } } if(count==0) cout<<"TICKET HAS BEEN BOOKED!!!"; infile.close(); } int main() { passenger p; while(1) { cout<<"\n-----------------------------BUS TICKET RESERVATION SYSTEM------------------------------------\n"; cout<<"\n\nEnter the choice\n1.Ticket booking\n2.Cancellation of ticket\n3.View ticket details\n4.Read_rec\n5.Exit\n"; int ch; cin>>ch; switch(ch) { case 1: p.bookticket(); break; case 2: p.cancellation(); break; case 3: p.viewdetails(); break; case 4: p.read_rec(); break; case 5: exit(0); break; default: cout<<"Enter valid choice"; break; } } return 0; }
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/source/externals/bblocks/source/btree.h
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btree.h
/* ========================================================================= */ /* ------------------------------------------------------------------------- */ /*! \file btree.h \date Jul 2012 \author TNick \brief Contains the definition for BTree class *//* ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Please read COPYING and README files in root folder ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ */ /* ------------------------------------------------------------------------- */ /* ========================================================================= */ #ifndef __BTREE_INC__ #define __BTREE_INC__ // // // // /* INCLUDES ------------------------------------------------------------ */ #include <QByteArray> #include <QDataStream> #define BTREE_INC_TESTS 1 #define BTREE_INC_DEBUG 1 /* INCLUDES ============================================================ */ // // // // /* CLASS --------------------------------------------------------------- */ /** * @brief This represents the header of a binary tree * * @param T_Data is the class that represents the data we're organising * @param T_Key is the class that indexes the data we're organising * @param T_kpn keys per node * * * @section Concerns * * The local variables inside Querry structure may be a worse solution than * the default of using stack based variables if the compiler is smart * enought to adjust e/rsp on the fly. * * When T_Data is large various copying opperations are long. Use pointers! */ template<class T_Data, class T_Key, int T_kpn > class BTree { // // // // /* DEFINITIONS ----------------------------------------------------- */ public: /** * @brief callback used with iterate() method * * @return false to stop the iteration */ typedef bool (*KbIter)( T_Key k, T_Data & d ); /** * @brief callback used to save / load an item * * return false to abort the opperation */ typedef bool (*KbIO)( T_Key & k, T_Data & d, QDataStream & out ); private: class Node; /** * @brief Querry data internally used to avoid overloading the stack */ struct Querry { /* input */ /// the tree in question BTree * tree_; /// the key we're searching T_Key k; /// the associated data T_Data d; /* result */ /// the node that was found Node * res_n_; /// index inside the node int res_i_; /// an exact match was found bool b_exact_; /* split support */ /// the key we're sending upwards T_Key k_up; /// the associated data we're sending upwards T_Data d_up; /// newly created node Node * n_up; /* methods */ /// constructor Querry() { tree_ = NULL; res_n_ = NULL; res_i_ = -1; b_exact_ = false; n_up = NULL; } }; /* struct Querry */ /** * @brief This represents a node header */ class Node { friend class BTree; /// constructor; creates a default node Node() { /* stub */ } /// constructor; creates a header node Node( T_Key k, const T_Data & d ) { used_ = 1; k_list_[0] = k; d_list_[0] = d; n_[0] = NULL; n_[1] = NULL; } /// constructor; takes half the content from another (leaf, full) node Node( Node * imp ) { Q_ASSERT( imp != NULL ); Q_ASSERT( imp->used_ == T_kpn ); int half = T_kpn / 2; int j = 0; used_ = half; imp->used_ = T_kpn - half; for ( int i = imp->used_; i < T_kpn; i++ ) { n_[j] = imp->n_[i]; k_list_[j] = imp->k_list_[i]; d_list_[j] = imp->d_list_[i]; j++; } n_[j] = imp->n_[T_kpn]; /* the key/data at imp->used_-1 will be used for split */ } /// destructor; frees child nodes ~Node() { int i_max = used_+1; for ( int i = 0; i < i_max; i++ ) { if ( n_[i] == NULL ) break; delete n_[i]; } } protected: /// number of keys used in this node int used_; /// the list of keys T_Key k_list_[T_kpn]; /// associated data for each key T_Data d_list_[T_kpn]; /// nodes for values that are smaller than coresponding key Node * n_[T_kpn+1]; /// iterative function to add a new key void addNew ( Querry & q ); /// shifts the entries one place to the right void shiftRight ( int start ) { Q_ASSERT( used_ < T_kpn ); for ( int i = used_; i > start ; i-- ) { n_[i+1] = n_[i]; k_list_[i] = k_list_[i-1]; d_list_[i] = d_list_[i-1]; } /* Entries k_list_[i] == k_list_[i+1] and d_list_[i] == d_list_[i+1] * Nodes n_[i+1] == n[i+2] */ used_++; } /// shifts the entries one place to the left void shiftLeft ( int start ) { Q_ASSERT( used_ > 0 ); used_--; for ( ; start < used_; start++ ) { n_[start+1] = n_[start+2]; k_list_[start] = k_list_[start+1]; d_list_[start] = d_list_[start+1]; } /* Entry i is owerwritten by entry i + 1 */ } /// the upper-level node is being splitted void splitBranch ( int i_loc, Querry & q ); /// loop in all keys in ascending order and call provided callback bool iterate ( KbIter kb ); /// loop-find a key T_Data * find ( T_Key k ); /// save the content of the node inside provided stream bool dump ( QDataStream & ds, KbIO kb_io ); }; /* class Node */ # define BTREE_SIGN 0xaabbccdd /* DEFINITIONS ===================================================== */ // // // // /* DATA ------------------------------------------------------------ */ private: /** * @brief Pointer to root node */ Node * p_root_; /* DATA ============================================================ */ // // // // /* FUNCTIONS ------------------------------------------------------- */ public: /** * @brief constructor; */ BTree ( void ); /** * @brief destructor; */ virtual ~BTree ( void ); /** * @brief method that loads a tree from a file * * It is asserted that the tree is empty (the function does not clear it. */ bool load ( QByteArray * in, /**< from where to load */ KbIO kb_io, /**< what to use to save */ QString & s_err /**< error reporting */ ); /** * @brief method that saves an existing tree to a memory buffer */ bool dump ( QByteArray * in, /**< from where to load */ KbIO kb_io, /**< what to use to load */ QString & s_err /**< error reporting */ ) const ; /** * @brief adds a new key to tree; if already present, owerwrites the data * * @returns true if the data was added, false if it was owerwritten */ bool add ( T_Key k, /**< the key to add */ const T_Data & d /**< the data to add */ ); /** * @brief removes a key from the tree; * * @returns true if the key was found, false otherwise */ bool del ( T_Key k /**< the key to find */ ); /** * @brief finds the data associated with a key * * The returned pointer is guaranteed to be valid until a method that can * modify the tree is being called. * * @returns pointer to location or NULL if not found */ T_Data * find ( T_Key k /**< the key to find */ ) const ; /** * @brief finds the data associated with a key or adds a new key-data pair * * The returned pointer is guaranteed to be valid until a method that can * modify the tree is being called. * * @returns pointer to location */ bool findOrAdd ( T_Key k, /**< the key to find */ const T_Data & d, /**< the data to add */ T_Data & out /**< the data that we've found */ ); /** * @brief loop in all nodes in ascending order and call provided callback */ void iterate ( KbIter kb ); private: /// load the node from the data stream Node * loadNode ( QDataStream & ds, KbIO kb_io ); /* FUNCTIONS ======================================================= */ // // // // }; /* class BTree */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > BTree<T_Data, T_Key, T_kpn>:: BTree ( void ) { p_root_ = NULL; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > BTree<T_Data, T_Key, T_kpn>:: ~BTree ( void ) { if ( p_root_ != NULL ) delete p_root_; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>:: load ( QByteArray * in, KbIO kb_io, QString & s_err ) { QDataStream ds( in, QIODevice::ReadOnly ); quint32 buf; /* signature */ ds >> buf; if ( buf != BTREE_SIGN ) { s_err = QObject::tr( "Unable to load btree; bad signature!" ); return false; } /* size of the T_Data */ ds >> buf; if ( buf != sizeof(T_Data) ) { s_err = QObject::tr( "Unable to load btree; bad content!" ); return false; } /* size of the T_Key */ ds >> buf; if ( buf != sizeof(T_Key) ) { s_err = QObject::tr( "Unable to load btree; bad content!" ); return false; } /* size of the node */ ds >> buf; if ( buf != T_kpn ) { s_err = QObject::tr( "Unable to load btree; bad content!" ); return false; } /* the content */ if ( ds.atEnd() == false ) { p_root_ = loadNode( ds, kb_io ); if ( p_root_ == NULL ) { s_err = QObject::tr( "Unable to load btree; bad tree!" ); return false; } } return true; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>:: dump ( QByteArray * out, KbIO kb_io, QString & s_err ) const { Q_UNUSED( s_err ); QDataStream ds( out, QIODevice::WriteOnly ); /* signature */ ds << (quint32)BTREE_SIGN; /* size of the T_Data */ ds << (quint32)sizeof(T_Data); /* size of the T_Key */ ds << (quint32)sizeof(T_Key); /* size of the node */ ds << (quint32)T_kpn; /* write the tree */ if ( p_root_ != NULL ) { if ( p_root_->dump( ds, kb_io ) == false ) return false; } return true; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>:: add ( T_Key k, const T_Data & d ) { if ( p_root_ == NULL ) { p_root_ = new Node( k, d ); } else { Querry q; q.tree_ = this; q.k = k; q.d = d; p_root_->addNew( q ); if ( q.b_exact_ ) { q.res_n_->d_list_[q.res_i_] = d; } if ( q.n_up != NULL ) { Node * n_push = p_root_; p_root_ = new Node( q.k_up, q.d_up ); p_root_->n_[0] = n_push; p_root_->n_[1] = q.n_up; } } return true; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > T_Data * BTree<T_Data, T_Key, T_kpn>:: find ( T_Key k ) const { if ( p_root_ == NULL ) return NULL; return p_root_->find( k ); } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>:: findOrAdd ( T_Key k, const T_Data & d, T_Data & out ) { if ( p_root_ == NULL ) { p_root_ = new Node( k, d ); return false; } else { Querry q; q.tree_ = this; q.k = k; q.d = d; p_root_->addNew( q ); if ( q.b_exact_ ) { out = q.res_n_->d_list_[q.res_i_]; } else { out = d; } if ( q.n_up != NULL ) { Node * n_push = p_root_; p_root_ = new Node( q.k_up, q.d_up ); p_root_->n_[0] = n_push; p_root_->n_[1] = q.n_up; } return q.b_exact_; } } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > void BTree<T_Data, T_Key, T_kpn>::Node:: addNew ( Querry & q ) { bool b_f = false; int i; for ( i = 0; i < used_; i++ ) { if ( q.k == k_list_[i] ) { /* exact match */ /* the result */ q.res_i_ = i; q.res_n_ = this; q.b_exact_ = true; b_f = true; break; } else if ( q.k < k_list_[i] ) { /* either on left descending branch or before this key */ if ( n_[i] != NULL ) { /* a new iteration with this node */ n_[i]->addNew( q ); if ( q.n_up != NULL ) splitBranch( i, q ); } else if ( used_ < T_kpn ) { /* insert it before this key */ shiftRight( i ); k_list_[i] = q.k; d_list_[i] = q.d; /* the result */ q.res_i_ = i; q.res_n_ = this; } else { /* this leaf node is full and we need to do something */ q.n_up = new Node( this ); /* the key that will have old node to the left and new one to the right */ used_--; q.d_up = d_list_[used_]; q.k_up = k_list_[used_]; /* will perform necessary shifting */ /* for large nodes (T_kpn high) a better approach may be * to insert the new key as aprt of the split process */ if ( q.k > q.k_up ) q.n_up->addNew( q ); else addNew( q ); } b_f = true; break; } /* else it may be higher in the list of keys */ } /* for ( i = 0; i < used_; i++ ) */ if ( b_f == false ) { /* either on right descending branch or as last key */ Q_ASSERT( i == used_ ); // just to point it out if ( n_[i] != NULL ) { /* a new iteration with this node */ n_[i]->addNew( q ); if ( q.n_up != NULL ) splitBranch( i, q ); } else if ( used_ < T_kpn ) { used_++; /* append it */ k_list_[i] = q.k; d_list_[i] = q.d; n_[used_] = NULL; /* the result */ q.res_i_ = i; q.res_n_ = this; } else { /* this leaf node is full and we need to do something */ q.n_up = new Node( this ); /* the result */ q.res_i_ = q.n_up->used_; q.res_n_ = q.n_up; /* our key gets appended at the end of the newly created node */ q.n_up->k_list_[q.n_up->used_] = q.k; q.n_up->d_list_[q.n_up->used_] = q.d; q.n_up->n_[q.n_up->used_+1] = NULL; q.n_up->used_++; /* the key that will have old node to the left and new one to the right */ used_--; q.d_up = d_list_[used_]; q.k_up = k_list_[used_]; } } } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > void BTree<T_Data, T_Key, T_kpn>::Node:: splitBranch ( int i_loc, Querry & q ) { if ( q.n_up != NULL ) { /* we have to make place for this new fellow */ if ( used_ < T_kpn ) { /* ok, we can cope with one more */ shiftRight( i_loc ); k_list_[i_loc] = q.k_up; d_list_[i_loc] = q.d_up; n_[i_loc+1] = q.n_up; q.n_up = NULL; } else { /* this node will be splitted up, too */ Node * n_push = q.n_up; T_Key k_push = q.k_up; T_Data d_push = q.d_up; int ins_loc_case; int boundary = used_ / 2; if ( used_ == i_loc ) { ins_loc_case = 0; i_loc = T_kpn - boundary; } else if ( i_loc >= boundary ) { ins_loc_case = 1; i_loc -= boundary; } else { ins_loc_case = 2; } q.n_up = new Node( this ); /* the key that will have old node to the left and new one to the right */ used_--; q.d_up = d_list_[used_]; q.k_up = k_list_[used_]; if ( ins_loc_case == 0 ) { /* at the end of the new (right) node */ q.n_up->k_list_[q.n_up->used_] = k_push; q.n_up->d_list_[q.n_up->used_] = d_push; q.n_up->n_[q.n_up->used_+1] = n_push; q.n_up->used_++; } else if ( ins_loc_case == 1 ) { /* inside new node */ q.n_up->shiftRight( i_loc ); q.n_up->k_list_[i_loc] = k_push; q.n_up->d_list_[i_loc] = d_push; q.n_up->n_[i_loc+1] = n_push; } else { /* inside old node */ shiftRight( i_loc ); k_list_[i_loc] = k_push; d_list_[i_loc] = d_push; n_[i_loc+1] = n_push; } } } } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > void BTree<T_Data, T_Key, T_kpn>:: iterate ( KbIter kb ) { if ( p_root_ == NULL ) return; p_root_->iterate( kb ); } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>::Node:: iterate ( KbIter kb ) { for ( int i = 0; i < used_; i++ ) { if ( n_[i] != NULL ) { if ( n_[i]->iterate( kb ) == false ) return false; } if ( kb( k_list_[i], d_list_[i] ) == false ) return false; } if ( n_[used_] != NULL ) { if ( n_[used_]->iterate( kb ) == false ) return false; } return true; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > T_Data * BTree<T_Data, T_Key, T_kpn>::Node:: find ( T_Key k ) { for ( int i = 0; i < used_; i++ ) { if ( k_list_[i] == k ) return &d_list_[i]; else if ( k < k_list_[i] ) { if ( n_[i] != NULL ) return n_[i]->find( k ); else return NULL; } } if ( n_[used_] != NULL ) { return n_[used_]->find( k ); } return NULL; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > bool BTree<T_Data, T_Key, T_kpn>::Node:: dump ( QDataStream & ds, KbIO kb_io ) { ds << (quint32)used_; for ( int i = 0; i < used_; i++ ) { kb_io( k_list_[i], d_list_[i], ds ); } if ( n_[0] != NULL ) { ds << (quint32)(used_+1); for ( int i = 0; i < used_+1; i++ ) { if ( n_[i]->dump( ds, kb_io ) == false ) return false; } } return true; } /* ========================================================================= */ /* ------------------------------------------------------------------------- */ template<class T_Data, class T_Key, int T_kpn > typename BTree<T_Data, T_Key, T_kpn>::Node * BTree<T_Data, T_Key, T_kpn>:: loadNode ( QDataStream & ds, KbIO kb_io ) { Node * ret = new Node(); ds >> ret->used_; if ( ( ret->used_ <= 0 ) || ( ret->used_ >= T_kpn ) ) { delete ret; return NULL; } for ( int i = 0; i < ret->used_; i++ ) { kb_io( ret->k_list_[i], ret->d_list_[i], ds ); } quint32 nodes; ds >> nodes; if ( nodes != 0 ) { if ( nodes != (quint32)ret->used_+1 ) { delete ret; return NULL; } for ( quint32 i = 0; i < nodes; i++ ) { ret->n_[i] = loadNode( ds, kb_io ); if ( ret->n_[i] == NULL ) { delete ret; return NULL; } } } return ret; } /* ========================================================================= */ /* CLASS =============================================================== */ // // // // #ifdef BTREE_INC_TESTS int btreeTests ( void ); #endif #endif // __BTREE_INC__ /* ------------------------------------------------------------------------- */ /* ========================================================================= */
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#ifndef GLWIDGET_H #define GLWIDGET_H #include <QOpenGLWidget> #include<helper.h> #include <QPainter> #include <QTimer> #include<QToolTip> #include<QMouseEvent> class GLWidget : public QOpenGLWidget { Q_OBJECT public: explicit GLWidget(QWidget *parent = 0); Helper helper; QTimer timer; signals: public slots: void animate(); void paintEvent(QPaintEvent *event) override; double Dr_calculate(float disTance,float lValue,float theta); private: int elapsed; protected: void mousePressEvent(QMouseEvent *event) override; }; #endif // GLWIDGET_H
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Match.cpp
#pragma once #include "Match.h" namespace Gengine { Match::Match() { // Our match has two horizontal walls at the top and bottom ////////////////////////////////////////////////////////////////////////// // | | // ////////////////////////////////////////////////////////////////////////// // TOP Walls[0].h = 50; Walls[0].w = Gengine::SCREEN_WIDTH; Walls[0].x = 0; Walls[0].y = 0; // BOTTOM Walls[1].h = 50; Walls[1].w = Gengine::SCREEN_WIDTH; Walls[1].x = 0; Walls[1].y = Gengine::SCREEN_HEIGHT - Walls[1].h; } Match::~Match() { } void Match::Initialize(Uint32 duration, int scoreLimit, GTexture* backGround) { mDuration = duration; mScoreLimit = scoreLimit; mBackground = backGround; } void Match::CountDown(int delay) { GTimer cd = GTimer(); cd.Start(); while (cd.GetTicks() < (delay * 1000)) { ////////////////////////////////////////////////////////////////////////// // TODO: Do the actual countdown nonesense ////////////////////////////////////////////////////////////////////////// } StartMatch(); } // Start the match void Match::StartMatch() { mStartTime = SDL_GetTicks(); SetRunning(true); } void Match::Render(SDL_Renderer* renderer) { // Render background first mBackground->Render(renderer, 0, 0); // Local player second, fix this with more actors ////////////////////////////////////////////////////////////////////////// // TODO: Make actual array of actors and loop ////////////////////////////////////////////////////////////////////////// mPlayers[0].Render(renderer); // Draw our walls if (sizeof(Walls) > 0) { for (int i = 0; i < sizeof(Walls) / sizeof(Walls[0]); i++) { SDL_SetRenderDrawColor(renderer, 0xFF, 0xFF, 0xFF, 0xFF); SDL_RenderFillRect(renderer, &Walls[i]); } } } void Match::Update() { // End match, debug unused //if ((SDL_GetTicks() - mStartTime) >= mDuration) { // printf("Game over"); //EndMatch(); } // Update current player mPlayers[0].Update(SDL_GetTicks() - mStartTime); } void Match::Handle(SDL_Event* ev) { // Make sure we have players to hand stuff if (GetRunning() && sizeof(mPlayers) > 0) { // If its a joystick, handle if (ev->type == SDL_JOYDEVICEADDED || ev->type == SDL_JOYDEVICEREMOVED || ev->type == SDL_JOYAXISMOTION) HandleJoystick(ev); } } void Match::HandleJoystick(SDL_Event* ev) { // Added joystick if (ev->type == SDL_JOYDEVICEADDED) { SDL_JoyDeviceEvent* e = (SDL_JoyDeviceEvent*)ev; SDL_Joystick* joystick = SDL_JoystickOpen(e->which); if (joystick) { mPlayers[(int)e->which].SetController(joystick); } else { printf("SDL_JOYDEVICEADDED FAILED\n"); } } // Remove joystick if (ev->type == SDL_JOYDEVICEREMOVED) { SDL_JoyDeviceEvent* e = (SDL_JoyDeviceEvent*)ev; mPlayers[(int)e->which].DisposeController(); } // Joystick thumbstick motion if (ev->type == SDL_JOYAXISMOTION) { mPlayers[((SDL_JoyAxisEvent*)ev)->which].Handle(ev); } } // Score 1 point on scoreActor void Match::Score(Gengine::GActor* scoreActor) { ///////////////////////////////////////////////////////////////////////// // TODO: actually add scoring system ////////////////////////////////////////////////////////////////////////// } void Match::EndMatch() { // End the match SetRunning(false); } void Match::Dispose() { if (sizeof(mPlayers) > 0 && !GetRunning()) { mPlayers[0].Dispose(); } } void Match::SetLocal(GPlayer player) { // Our 0-index is always our local player mPlayers[0] = player; } }
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Rod_mesh_heating.h
#pragma once #include <vector> #include <deque> #include "../Task.h" #include "../Point.h" using std::vector; using std::deque; using std::string; using std::map; class RodMeshHeating : public Task { public: RodMeshHeating(); ~RodMeshHeating(); void parseParam(map<string, string> mapParam); double getTime(); map<string, Point> getPoints(); void nextStep(); void print_picture(); // Временный метод для дебага, потом нужно убрать. private: double t; // Суммарное время double dX; // Шаг по стержнюa int v_len, h_len; // Число шагов у вертикальных и горионтальных стержней int v_num, h_num; // Число вертикальных и горионтальных стержней double at_v, at_h; // Коэффициент температуропроводности double dt; // Шаг по времени double r_v, r_h; // Результирующий коэффициент (at*dt/dX^2) double Tcu; // Температура сверху. double Tcd; // Температура снизу. double Ts; // Изначальная температура системы. double T_error; // Погрешность на концах горионтальных стержней. double Tm; // Температура плавления. double Lp; // Мощность лампочки. double radius_v, radius_h; // Радиус стержня. double density_v, density_h; // Плотность стержня. double specific_heat_v, specific_heat_h; // Удельная теплоемкость стержня. double absorption_coefficient_v, absorption_coefficient_h; // Коэффициент поглащения стержня. vector<int> non_intersecting_points; // В данных точках пересечение выключено (Отсчет идет от 1, слева направо, сверху вниз, то есть как буквы в книге). map<string, Point> result; // Контейнер с данными, для отправки клиентскому приложению. vector<int> v_intersect{}; // Координаты вертикальных сержней vector<int> h_intersect{}; // Координаты горизонтальных сержней vector< vector<int> > intersect_2; // Координаты пересеченйи стержней vector< deque<deque<double> > > h_unknown; // Матрицы горизонтальных стержней vector< deque<double> > h_last_temps; // Предыдущие температуры в точках горизонтальных стержней vector< deque<double> > h_known; // Известные данные горизонтальных стержней vector< vector<double> > h_new_temps; // Новые значения температур в точках горизонтальных стержней vector<int> extend_len; // Новые длины стержней. vector<int> extend; // Удлинение стержней vector< vector<vector<double> > > v_unknown; // Матрицы горизонтальных стержней vector< vector<double> > v_last_temps; // Предыдущие температуры в точках горизонтальных стержней vector< vector<double> > v_known; // Известные данные горизонтальных стержней vector< vector<double> > v_new_temps; // Новые значения температур в точках горизонтальных стержней vector<int> strToVec(string str); void initial_values_calc(); template < typename a_type, typename y_type> vector<double> gauss(a_type matrix, y_type col, int n); void infinite_slau(vector<double> &h_new_temps, deque<deque<double>> &unknown, deque<double> &known, deque<double> &last, double r, double error, int &extended, int &extended_len); template < typename T_1, typename T_2> void init(vector< T_2 > &unknown, vector< T_1 > &last_temps, vector< T_1 > &known, vector< vector<double> > &new_temps, int num, int len, double r, bool vertical = false); template < typename known_type, typename known_type_2> void update_known_temps(known_type &known, known_type_2 &last_temps, vector<double> new_temps, int length); void disconnect_points(); void lamp(); };
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#include "UserHistosRawMonitoring.h" // ROOT #include <TH1D.h> #include <TH2D.h> // Go4 #include <TGo4Analysis.h> UserHistosRawMonitoring::UserHistosRawMonitoring() { TGo4Analysis* a = TGo4Analysis::Instance(); //TODO define correct ranges mhEvType = a->MakeTH1('D', "RawMon/mhEvType ", "mhEvType ", 300, 0., 300.); mhEvSubType = a->MakeTH1('D', "RawMon/mhEvSubType ", "mhEvSubType ", 300, 0., 300.); mhEvDummy = a->MakeTH1('D', "RawMon/mhEvDummy ", "mhEvDummy ", 300, 0., 300.); mhEvTrigger = a->MakeTH1('D', "RawMon/mhEvTrigger ", "mhEvTrigger ", 300, 0., 300.); mhEvCount = a->MakeTH1('D', "RawMon/mhEvCount ", "mhEvCount ", 300, 0., 300.); mhSubEvDlen = a->MakeTH1('D', "RawMon/mhSubEvDlen ", "mhSubEvDlen ", 300, 0., 300.); mhSubEvType = a->MakeTH1('D', "RawMon/mhSubEvType ", "mhSubEvType ", 300, 0., 300.); mhSubEvSubcrate = a->MakeTH1('D', "RawMon/mhSubEvSubcrate ", "mhSubEvSubcrate ", 300, 0., 300.); mhSubEvControl = a->MakeTH1('D', "RawMon/mhSubEvControl ", "mhSubEvControl ", 300, 0., 300.); mhSubEvFullID = a->MakeTH1('D', "RawMon/mhSubEvFullID ", "mhSubEvFullID ", 300, 0., 300.); mhSubEvProcID = a->MakeTH1('D', "RawMon/mhSubEvProcID ", "mhSubEvProcID ", 300, 0., 300.); mhSubsubEvVendor = a->MakeTH1('D', "RawMon/mhSubsubEvVendor ", "mhSubsubEvVendor ", 4, 0., 4.); mhSubsubEvGeo = a->MakeTH1('D', "RawMon/mhSubsubEvGeo ", "mhSubsubEvGeo ", 65, -1., 64.); mhSubsubEvModule = a->MakeTH1('D', "RawMon/mhSubsubEvModule ", "mhSubsubEvModule ", 65, -1., 64.); mhChannel = a->MakeTH1('D', "RawMon/mhChannel ", "mhChannel ", 64, 0., 64.); mhValueQA = a->MakeTH1('D', "RawMon/mhValueQA ", "mhValueQA ", 2048, 0., 4. *2048.); mhValueT = a->MakeTH1('D', "RawMon/mhValueT ", "mhValueT ", 2048, 0., 16.*2048.); mhMessageIndex = a->MakeTH1('D', "RawMon/mhMessageIndex ", "mhMessageIndex ", 300, 0., 300.); mhSubsubEvFooterCntr = a->MakeTH1('D', "RawMon/mhSubsubEvFooterCntr", "mhSubsubEvFooterCntr", 300, 0., 300.); } UserHistosRawMonitoring::~UserHistosRawMonitoring() { /** * Not 100% sure, but it looks as if you do not need to delete your histograms yourself. * TGo4AnalysisObjectManager, as part of the singleton TGo4Analysis, will take care. */ } ClassImp(UserHistosRawMonitoring)
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While_expression.cpp
#include "While_expression.h" #include "translate_string.h" Assembler_section While_expression::translate() { Assembler_section returner; string return_tag_string; //żeby ucinało literki... //while -> le (2 literki jak w if'ie, żeby sie dobrze translatowało) If_expression helper{ command_string.substr(3, command_string.size() - 3) }; tag_menager_ptr->add_next_jump_tag(); return_tag_string = tag_menager_ptr->get_last_jump_tag(); returner.add_program(return_tag_string, "", ""); adapt_section(returner, helper.translate()); returner.add_meta_command("REVERSE"); returner.add_program("SOB", return_tag_string); *last_success_string_ptr = command_string; *was_last_success_if_ptr = false; return returner; } While_expression::While_expression(string code) : If_expression(code) { } While_expression::~While_expression() { }
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/*--------------------------------*- C++ -*----------------------------------*\ | ========= | | | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox | | \\ / O peration | Version: 3.0.x | | \\ / A nd | Web: www.OpenFOAM.org | | \\/ M anipulation | | \*---------------------------------------------------------------------------*/ FoamFile { version 2.0; format ascii; class volScalarField; location "0.600075"; object rho; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // dimensions [1 -3 0 0 0 0 0]; internalField nonuniform List<scalar> 13800 ( 57.2169 57.2222 57.2309 57.2395 57.2478 57.2557 57.2632 57.2704 57.2771 57.2831 57.2882 57.2926 57.2964 57.2994 57.3015 57.3028 57.3033 57.3033 57.3028 57.3016 57.2999 57.2975 57.2948 57.2916 57.2881 57.2843 57.2802 57.2759 57.2712 57.2663 57.2611 57.2557 57.25 57.244 57.2378 57.2314 57.2247 57.2178 57.2106 57.2032 57.1955 57.1877 57.1796 57.1712 57.1627 57.154 57.145 57.1359 57.1265 57.117 57.1072 57.0973 57.0872 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************************************************************************* //
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/libraries/_07_m_Sensor_Weight/Sensor_Weight.cpp
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Sensor_Weight.cpp
/********************************************************* // LICENSE: GPL v3 (http://www.gnu.org/licenses/gpl.html) // 支持Microduino_Sensor_Weight // 库版本 // B1.0 新建传感器支持库 // B1.1 更改函数名称，更易理解。 // 重量获取细化到小数(一位最佳) // 固件更新为版本2 // Microduino wiki: // http://wiki.microduino.cn // E-mail: // jinqipeng@mircoduino.cc //日期：2018.8 *********************************************************/ #include "Sensor_Weight.h" #include <math.h> SensorWeight::SensorWeight(uint8_t _addr) { devAddr = _addr; } bool SensorWeight::begin(void) { Wire.begin(); Wire.beginTransmission(devAddr); bool sta = (Wire.endTransmission() == 0); SensorWeightVersion = getVersion(); return sta; } bool SensorWeight::write8(uint8_t writeAddr, uint8_t data, uint8_t len) { Wire.beginTransmission(devAddr); // transmit to device Wire.write(writeAddr); // sends one byte for (uint8_t i = 0; i < len; i++) { Wire.write(data & 0xFF); // sends one byte } return (Wire.endTransmission() == 0); // stop transmitting } void SensorWeight::setReset() { write8(ADDR8_RESET, RESET_WEIGHT, 1); } void SensorWeight::setGain(uint8_t gain) { write8(ADDR8_GAIN, gain, 1); } uint8_t SensorWeight::requestData(uint8_t _dataAddr) { uint8_t returnByte = false; long previous; if (SensorWeightVersion >= WEIGHT_VERSION) { Wire.beginTransmission(devAddr); // transmit to device Wire.write(_dataAddr); // sends one byte Wire.endTransmission(); } Wire.requestFrom(devAddr, (uint8_t)1); previous = millis(); while (Wire.available()) { //timeout if(millis() - previous > INTERVAL) { return 0; } returnByte = Wire.read(); // receive a byte as character } return returnByte; } uint16_t SensorWeight::getGap(){ uint32_t returnByte; uint8_t first_byte, second_byte; long previous; cnt = 0; Wire.beginTransmission(devAddr); // transmit to device Wire.write(ADDR16_GAP); // sends one byte Wire.endTransmission(); Wire.requestFrom(devAddr, (uint8_t)2); previous = millis(); while (Wire.available()) { if(millis() - previous > INTERVAL) { return 0; } if (cnt == 0) { cnt++; first_byte = Wire.read(); } else if (cnt == 1) { cnt = 0; second_byte = Wire.read(); returnByte = second_byte + (first_byte << 8); } } GapValue = returnByte & 0xFFFF; return GapValue; } //计算Gap并存入传感器EEP int SensorWeight::round_float(float number) { return (number > 0.0) ? floor(number + 0.5) : ceil(number - 0.5); } uint16_t SensorWeight::calibration(uint16_t weight) { uint32_t temp; float gap_temp; if(weight>2000) { return 0; } Weight = getData(); temp = Weight - Maopi; gap_temp = temp / weight; GapValue = round_float(gap_temp); uint8_t first_byte, second_byte; first_byte = (GapValue >> 8) & 0xFF; second_byte = GapValue & 0xFF; write8(ADDR16_GAP, first_byte, 1); write8(ADDR16_GAP+1, second_byte, 1); write8(ADDR8_CHECK,ADDR8_SAVEGAP,1); return GapValue; } float SensorWeight::getWeight(void) { float returnWeight = 0; Weight = getData(); /* Serial.print(Weight); Serial.print(" and "); Serial.println(Maopi); */ if (Weight < Maopi) { Weight = Maopi; } returnWeight = Weight - Maopi; returnWeight = (float)((float)returnWeight / GapValue); return returnWeight; } //============================================================================== //获取原始数据 uint32_t SensorWeight::getData(void) { uint32_t returnByte; uint8_t first_byte, second_byte, third_byte; long previous; Wire.beginTransmission(devAddr); // transmit to device Wire.write(ADDR24_WEIGHT); // sends one byte Wire.endTransmission(); Wire.requestFrom(devAddr, (uint8_t)3); previous = millis(); while (Wire.available()) { if(millis() - previous > INTERVAL) { return 0; } if (cnt == 0) { cnt++; first_byte = Wire.read(); } else if (cnt == 1) { cnt++; second_byte = Wire.read(); returnByte = second_byte + (first_byte << 8); } else if (cnt == 2) { cnt = 0; third_byte = Wire.read(); returnByte = third_byte + (returnByte << 8); } } return returnByte & 0xFFFFFF; } //取得毛重 void SensorWeight::getMaopi(void) { Maopi = getData(); } //重新取毛重，即示数清零 void SensorWeight::setZero(void) { getMaopi(); } //============================================================================== uint8_t SensorWeight::getVersion(void) { uint8_t returnByte = false; long previous; Wire.beginTransmission(devAddr); // transmit to device Wire.write(ADDR8_VERSION); // sends one byte Wire.endTransmission(); Wire.requestFrom(devAddr, (uint8_t)1); previous = millis(); while (Wire.available()) { if(millis() - previous > INTERVAL) { return 0; } returnByte = Wire.read(); // receive a byte as character } return returnByte; } //调试用 uint8_t SensorWeight::getCheck(void) { uint8_t returnByte = false; long previous; Wire.beginTransmission(devAddr); // transmit to device Wire.write(ADDR8_CHECK); // sends one byte Wire.endTransmission(); Wire.requestFrom(devAddr, (uint8_t)1); previous = millis(); while (Wire.available()) { if(millis() - previous > INTERVAL) { return 0; } returnByte = Wire.read(); // receive a byte as character } return returnByte; }
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WeatherConfig.cpp
// Fill out your copyright notice in the Description page of Project Settings. #include "WeatherConfig.h" #include "BumperKart.h" #include "EngineUtils.h" #include "Components/AudioComponent.h" #include "Components/BoxComponent.h" #include "Components/LightComponent.h" #include "Components/SkyLightComponent.h" #include "Engine/DirectionalLight.h" #include "Engine/SkyLight.h" #include "Kismet/GameplayStatics.h" #include "Kismet/KismetMathLibrary.h" #include "Particles/ParticleSystemComponent.h" #include "Runtime/Core/Public/Misc/OutputDeviceNull.h" #include "UObject/ConstructorHelpers.h" // Sets default values for this component's properties UWeatherConfig::UWeatherConfig() { PrimaryComponentTick.bCanEverTick = false; static ConstructorHelpers::FObjectFinder<USoundWave> T1S(TEXT("SoundWave'/Game/Audio/S_Thunder1.S_Thunder1'")); Thunder1SoundWave = T1S.Object; static ConstructorHelpers::FObjectFinder<USoundWave> T2S(TEXT("SoundWave'/Game/Audio/S_Thunder2.S_Thunder2'")); Thunder2SoundWave = T2S.Object; static ConstructorHelpers::FObjectFinder<UParticleSystem> PS(TEXT("ParticleSystem'/Game/FX/Flares/P_RainStorm.P_RainStorm'")); RainParticleSystem = PS.Object; } // Called when the game starts void UWeatherConfig::BeginPlay() { Super::BeginPlay(); InitLight(); SetSkySphere(); if (bConstantNight) { DirectionLight->SetActorRotation({90, 0, 0}); UpdateSunRotation(); SetDirectionalLightBrightness(RainSunBrightness); } else if (bSimulateDay) { GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_Day, this, &UWeatherConfig::SimulateDay, 0.03, true); } if (!bCanRain) return; Thunder(); if(bConstantRain) { StartRain(); } else { GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_Rain, this, &UWeatherConfig::StartRain, RainIntervals); } } void UWeatherConfig::SimulateDay() { if(bConstantNight) { SetDirectionalLightBrightness(RainSunBrightness); } else if(SkySphere) { const float CurrentSunRotation = DirectionLight->GetActorRotation().Pitch; SetSunRotation(CurrentSunRotation + SunSpeed); if (abs(CurrentSunRotation + SunSpeed) > 90 || abs(CurrentSunRotation - SunSpeed) > 90) bSunRising = !bSunRising; if(!bRaining) SetDirectionalLightBrightness(DefaultLightIntensity); } } void UWeatherConfig::InitLight() { AActor* DirectionalLightActor = UGameplayStatics::GetActorOfClass(GetOwner(), ADirectionalLight::StaticClass()); if (DirectionalLightActor && DirectionalLightActor->IsA<ADirectionalLight>()) { DirectionLight = Cast<ADirectionalLight>(DirectionalLightActor); DefaultLightIntensity = DirectionLight->GetLightComponent()->Intensity; } AActor* SkyLightActor = UGameplayStatics::GetActorOfClass(GetOwner(), ASkyLight::StaticClass()); if (SkyLightActor && SkyLightActor->IsA<ASkyLight>()) { WorldSkyLight = Cast<ASkyLight>(SkyLightActor)->GetLightComponent(); } ThunderDirectionLight = GetOwner()->GetWorld()->SpawnActorDeferred<ADirectionalLight>(ADirectionalLight::StaticClass(), FTransform(FRotator(90, 0, 0), FVector{ 0, 0, 1000 })); ThunderDirectionLight->SetMobility(EComponentMobility::Movable); ThunderDirectionLight->SetActorRotation({ -60, 0, 0 }); ThunderDirectionLight->GetLightComponent()->SetIntensity(0); ThunderDirectionLight->FinishSpawning(FTransform(FRotator(90, 0, 0), FVector{ 0, 0, 1000 })); } void UWeatherConfig::StartRain() { ABumperKart* BumperKart = Cast<ABumperKart>(UGameplayStatics::GetPlayerPawn(GetOwner(), 0)); if(BumperKart) { RainParticleSystemComponent = UGameplayStatics::SpawnEmitterAttached(RainParticleSystem, BumperKart->BoxColl, NAME_None, FVector(ForceInit), FRotator::ZeroRotator, FVector(2)); } if(!bConstantRain) { GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_Rain, this, &UWeatherConfig::StopRain, RainIntervals); } bRaining = true; SetDirectionalLightBrightness(RainSunBrightness); OnRainUpdate.Broadcast(); } void UWeatherConfig::StopRain() { if(RainParticleSystemComponent != nullptr) { RainParticleSystemComponent->DestroyComponent(); RainParticleSystemComponent = nullptr; } GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_Rain, this, &UWeatherConfig::StartRain, RainIntervals); SetDirectionalLightBrightness(DefaultLightIntensity); bRaining = false; OnRainUpdate.Broadcast(); } void UWeatherConfig::Thunder() { if(bRaining) { USoundBase* ThunderSound; if(UKismetMathLibrary::RandomBool()) { ThunderSound = Thunder1SoundWave; } else { ThunderSound = Thunder2SoundWave; } UGameplayStatics::PlaySound2D(this, ThunderSound); GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_ThunderLight, this, &UWeatherConfig::StopThunderLight, 0.4); ThunderLight(3.f); } GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_Thunder, this, &UWeatherConfig::Thunder, UKismetMathLibrary::RandomIntegerInRange(8, 25)); } void UWeatherConfig::ThunderLight(const float Brightness) const { ThunderDirectionLight->GetLightComponent()->SetIntensity(Brightness); } void UWeatherConfig::StopThunderLight() { if(ThunderFlashNumber == 3) { ThunderFlashNumber = 0; ThunderLight(0.f); } else { ThunderLight(UKismetMathLibrary::RandomFloatInRange(1.f, 3 - ThunderFlashNumber % 2)); GetOwner()->GetWorldTimerManager().SetTimer(TimerHandle_ThunderLight, this, &UWeatherConfig::StopThunderLight, 0.1); ThunderFlashNumber++; } } void UWeatherConfig::SetDirectionalLightBrightness(const float Brightness) const { if(DirectionLight) DirectionLight->GetLightComponent()->SetIntensity(Brightness); } void UWeatherConfig::SetSunRotation(const float SunPitchRotation) const { if(DirectionLight) { FRotator SunRotation = FRotator::ZeroRotator; SunRotation.Pitch = SunPitchRotation - DirectionLight->GetActorRotation().Pitch; DirectionLight->AddActorLocalRotation(SunRotation); UpdateSunRotation(); } } void UWeatherConfig::UpdateSunRotation() const { if (SkySphere) { FOutputDeviceNull Args; SkySphere->CallFunctionByNameWithArguments(TEXT("UpdateSunDirection"), Args, nullptr, true); } } void UWeatherConfig::SetSkySphere() { for (TActorIterator<AActor> ActorItr(GetOwner()->GetWorld()); ActorItr; ++ActorItr) { if ((*ActorItr)->GetName().Contains("SkySphere") || (*ActorItr)->GetName().Contains("Sky_Sphere")) { SkySphere = *ActorItr; return; } } }
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CCScene.cpp
/******************************************************************************* author : ljc version : <1.0> -------------------------------------------------------------------------------- info : -------------------------------------------------------------------------------- *******************************************************************************/ #include "CCScene.h" #include "CCDirector.h" CCScene::CCScene() { //setAnchorPoint(ccp(0.0f, 0.0f)); } CCScene::~CCScene() { } bool CCScene::init() { bool bRet = false; do { CCDirector * pDirector; CC_BREAK_IF( ! (pDirector = CCDirector::sharedDirector()) ); bRet = true; } while (0); return bRet; } CCScene *CCScene::create() { CCScene *pRet = new CCScene(); if (pRet && pRet->init()) { pRet->autorelease(); return pRet; } else { CC_SAFE_DELETE(pRet); return NULL; } }
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main.cpp
// プログラマー #include <stdio.h> #include <locale.h> #include <conio.h> #include <Windows.h> #include <Shlwapi.h> #include <string> #include "kicker/kicker.h" iKicker *Kicker; // デバイス static void print_bool(bool p){ if (p == true) wprintf(L"true\n"); else wprintf(L"false\n"); } static bool YesOrNo(void){ wchar_t c; wprintf(L"(Y/N) > "); wscanf_s(L"%c", &c); fflush(stdin); return (towlower(c) == L'y'); } // メイン int wmain(int num_of_arg, wchar_t *arg[]){ _wsetlocale(LC_ALL, L""); bool CloseAtExit = false; bool result = false; do{ // コマンドラインの解析 if (num_of_arg < 2){ _putws( L"コマンドラインオプション\n" L"\t'-o デバッグ出力を表示します。' \n" L"\t'-a [待ち時間(ms)]' アプリケーションモードに切り替えます。\n" L"\t'-b [待ち時間(ms)]' ブートローダーモードに切り替えます。\n" L"\t'-f [HEXファイル]' フラッシュを書き換えます。\n" L"\t'-d [BINファイル]' フラッシュをダンプします。\n" L"\t'-u [BINファイル]' ユーザー領域を書き換えます。\n" L"\t'-s' コマンド成功時にすぐにコンソールを閉じます。\n" L"\t 他のオプションと一緒に指定します。" ); break; } enum Switch_e{ Switch_Default, Switch_DebugOutput, Switch_ApplicationMode, Switch_BootloaderMode, Switch_ProgramFlash, Switch_DumpFlash, Switch_ProgramUser, }; Switch_e sw = Switch_Default; const wchar_t *filepath = L""; const wchar_t *extention = nullptr; //wchar_t partition = 0; int wait_time = 0; bool error = false; for(int cnt = 1; cnt < num_of_arg; cnt++){ if (arg[cnt][0] == L'-'){ switch(arg[cnt][1]){ case 'o': // デバッグ出力を表示 sw = Switch_DebugOutput; break; case 'a': // アプリケーションモードに切り替え sw = Switch_ApplicationMode; break; case 'b': // ブートローダーモードに切り替え sw = Switch_BootloaderMode; break; case L'f': // フラッシュメモリーの書き換え sw = Switch_ProgramFlash; break; case L'd': // フラッシュメモリーのダンプ sw = Switch_DumpFlash; break; case L'u': // ユーザー領域の書き換え sw = Switch_ProgramUser; break; case L's': // 成功時に自動的に終了 CloseAtExit = true; break; default: error = true; break; } }else{ switch(sw){ case Switch_ApplicationMode: case Switch_BootloaderMode: wait_time = _wtoi(arg[cnt]); // 後続の待ち時間(ms) break; case Switch_ProgramFlash: case Switch_DumpFlash: case Switch_ProgramUser: filepath = arg[cnt]; // 後続のファイルパス break; default: error = true; break; } } if (error == true) break; } if ((error == true) || (sw == Switch_Default)){ _putws(L"コマンドラインオプションが不正です。"); break; } // ファイルパスから拡張子の部分を取り出す if (filepath != nullptr){ extention = PathFindExtension(filepath); } // デバイスを開いてコマンドを実行 Kicker = iKicker::Search(); if ((Kicker == nullptr) || (Kicker->IsConnected() == false)){ _putws(L"デバイスと接続できません。"); break; } // 情報を表示 VERSION_t version; Kicker->GetVersion(version); wprintf(L"第%d世代 リビジョン%c ", version.Version, L'A' + version.Revision - 1); if (version.Mode == MODE_APP){ _putws(L"APPモード"); }else{ _putws(L"DFUモード"); } switch(sw){ case Switch_DebugOutput: { _putws(L"デバッグ出力を表示します。ESCキーで中断します。"); result = true; std::wstring debug_out; int error_count = 0; while(true){ bool escape = false; while(_kbhit()){ if (_getch() == 0x1B){ escape = true; break; } } if (escape == true) break; if (Kicker->GetString(debug_out) == true){ error_count = 0; }else{ error_count++; } if (10 <= error_count){ result = false; break; } wprintf(debug_out.c_str()); Sleep(50); } } break; case Switch_ApplicationMode: _putws(L"アプリケーションモードに切り替えます。"); if (version.Mode == MODE_APP){ result = true; }else{ result = Kicker->ChangeMode(MODE_APP); } if (result == true){ Sleep(wait_time); } break; case Switch_BootloaderMode: _putws(L"ブートローダーモードに切り替えます。"); if (version.Mode == MODE_DFU){ result = true; }else{ result = Kicker->ChangeMode(MODE_DFU); } if (result == true){ Sleep(wait_time); } break; case Switch_ProgramFlash: _putws(L"フラッシュメモリーの書き換えを行います。"); if ((extention == nullptr) || (_wcsnicmp(extention, L".hex", 5) != 0)){ _putws(L"拡張子が'.hex'ではありませんがよろしいですか？"); if (!YesOrNo()) break; } result = Kicker->FlashWriteHEX(filepath); break; case Switch_DumpFlash: _putws(L"フラッシュメモリーをダンプします。"); result = Kicker->FlashReadBIN(filepath); break; case Switch_ProgramUser: _putws(L"ユーザー領域の書き換えを行います。"); if ((extention == nullptr) || (_wcsnicmp(extention, L".bin", 5) != 0)){ _putws(L"拡張子が'.bin'ではありませんがよろしいですか？"); if (!YesOrNo()) break; } result = Kicker->UserWriteBIN(filepath); break; } if (result == true){ _putws(L"正常に終了しました。"); }else{ _putws(L"エラーが発生しました。"); } }while(false); if (Kicker != nullptr){ if (Kicker->IsConnected()) _putws(L"デバイスを切断しました。"); delete Kicker; } if ((CloseAtExit == false) || (result == false)){ _putws(L"\nEnterキーを押して終了します。"); wchar_t c; wscanf_s(L"%c", &c); } return (result == false) ? 1 : 0; }
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/Modules/OpenAL/RNOpenALSource.cpp
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RNOpenALSource.cpp
// // RNOpenALSource.cpp // Rayne-OpenAL // // Copyright 2017 by Überpixel. All rights reserved. // Unauthorized use is punishable by torture, mutilation, and vivisection. // #include "RNOpenALSource.h" #include "RNOpenALWorld.h" #include "RNOpenALResourceAttachment.h" #include "AL/al.h" #include "AL/alc.h" namespace RN { RNDefineMeta(OpenALSource, SceneNode) OpenALSource::OpenALSource(AudioAsset *asset) : _asset(asset), _isPlaying(false), _isRepeating(false), _isSelfdestructing(false), _hasEnded(false), _ringBufferTemp(nullptr) { SafeRetain(_asset); _oldPosition = GetWorldPosition(); alGenSources(1, &_source); alSourcef(_source, AL_PITCH, 1); alSourcef(_source, AL_GAIN, 1); alSourcei(_source, AL_LOOPING, AL_FALSE); SetAudioAsset(asset); } OpenALSource::~OpenALSource() { alDeleteSources(1, &_source); if(_asset && (_asset->GetType() == AudioAsset::Type::Ringbuffer || _asset->GetType() == AudioAsset::Type::Decoder)) { alDeleteBuffers(3, _ringBuffersID); } SafeRelease(_asset); delete[] _ringBufferTemp; } void OpenALSource::SetAudioAsset(AudioAsset *asset) { LockGuard<Lockable> lock(_lock); alSourcei(_source, AL_BUFFER, 0); if(_asset && (_asset->GetType() == AudioAsset::Type::Ringbuffer || _asset->GetType() == AudioAsset::Type::Decoder)) { alDeleteBuffers(3, _ringBuffersID); } SafeRelease(_asset); _asset = asset; SafeRetain(_asset); if(!_asset) return; if(_asset->GetType() == AudioAsset::Type::Static) { OpenALResourceAttachment *attachment = OpenALResourceAttachment::GetAttachmentForResource(asset); alSourcei(_source, AL_BUFFER, attachment->GetBufferID()); } else if(_asset->GetType() == AudioAsset::Type::Ringbuffer || _asset->GetType() == AudioAsset::Type::Decoder) { alSourcei(_source, AL_LOOPING, AL_FALSE); alGenBuffers(3, _ringBuffersID); _ringBufferTemp = new int16[3840]; std::fill(_ringBufferTemp, _ringBufferTemp + 3840, 0); //TODO: make the format more flexible alBufferData(_ringBuffersID[0], AL_FORMAT_MONO16, _ringBufferTemp, 3840*sizeof(int16), _asset->GetSampleRate()); alBufferData(_ringBuffersID[1], AL_FORMAT_MONO16, _ringBufferTemp, 3840*sizeof(int16), _asset->GetSampleRate()); alBufferData(_ringBuffersID[2], AL_FORMAT_MONO16, _ringBufferTemp, 3840*sizeof(int16), _asset->GetSampleRate()); alSourceQueueBuffers(_source, 3, _ringBuffersID); } if(_asset && _asset->GetType() == AudioAsset::Type::Decoder) { _asset->Decode(); } } void OpenALSource::SetRepeat(bool repeat) { LockGuard<Lockable> lock(_lock); _isRepeating = repeat; //It will just keep playing the same buffer if looping streamed stuff if(_asset->GetType() == AudioAsset::Type::Ringbuffer || _asset->GetType() == AudioAsset::Type::Decoder) return; alSourcei(_source, AL_LOOPING, repeat?AL_TRUE: AL_FALSE); } void OpenALSource::SetPitch(float pitch) { LockGuard<Lockable> lock(_lock); alSourcef(_source, AL_PITCH, pitch); } void OpenALSource::SetGain(float gain) { LockGuard<Lockable> lock(_lock); alSourcef(_source, AL_GAIN, gain); } void OpenALSource::SetRange(float min, float max) { LockGuard<Lockable> lock(_lock); alSourcei(_source, AL_REFERENCE_DISTANCE, min); alSourcei(_source, AL_MAX_DISTANCE, max); } void OpenALSource::SetSelfdestruct(bool selfdestruct) { LockGuard<Lockable> lock(_lock); _isSelfdestructing = selfdestruct; } void OpenALSource::Play() { LockGuard<Lockable> lock(_lock); UpdatePosition(0.0f); alSourcePlay(_source); _isPlaying = true; _hasEnded = false; } void OpenALSource::Stop() { LockGuard<Lockable> lock(_lock); alSourceStop(_source); alSourcePause(_source); _isPlaying = false; RNDebug("Stopped: " << (_isPlaying? "true" : "false")); } void OpenALSource::Pause() { LockGuard<Lockable> lock(_lock); alSourcePause(_source); _isPlaying = false; RNDebug("Paused: " << (_isPlaying? "true" : "false")); } void OpenALSource::Seek(float time) { LockGuard<Lockable> lock(_lock); if(_asset && _asset->GetType() == AudioAsset::Type::Decoder) { _asset->Seek(time); } else { alSourcef(_source, AL_SEC_OFFSET, time); } } bool OpenALSource::IsPlaying() { LockGuard<Lockable> lock(_lock); return _isPlaying; } bool OpenALSource::HasEnded() { LockGuard<Lockable> lock(_lock); return _hasEnded; } bool OpenALSource::IsRepeating() { LockGuard<Lockable> lock(_lock); return _isRepeating; } void OpenALSource::Update(float delta) { SceneNode::Update(delta); LockGuard<Lockable> lock(_lock); if(!_isPlaying) return; bool hasEnded = false; if(_asset && (_asset->GetType() == AudioAsset::Type::Ringbuffer || _asset->GetType() == AudioAsset::Type::Decoder)) { bool isPlaying = _isPlaying; if(_asset && _asset->GetType() == AudioAsset::Type::Decoder) { isPlaying = _asset->Decode(); } ALint numberOfProcessedBuffers = 0; alGetSourcei(_source, AL_BUFFERS_PROCESSED, &numberOfProcessedBuffers); bool needsRestart = numberOfProcessedBuffers >=3 && _isPlaying; while(numberOfProcessedBuffers > 0) { uint32 bufferedSamples = _asset->GetBufferedSize() / _asset->GetBytesPerSample(); if(bufferedSamples >= 3840) { if(bufferedSamples > 3840*5) { _asset->PopData(nullptr, _asset->GetBufferedSize() - 2 * 3840 * _asset->GetBytesPerSample()); RNDebug("too much buffered audio: skipping"); } //TODO: Make better and don't hardcode sample type and buffer format and multiple channels if(_asset->GetBytesPerSample() / _asset->GetChannels() > 2) { float samplesBuffer[3840]; _asset->PopData(samplesBuffer, _asset->GetBytesPerSample()*3840); for(size_t i = 0; i < 3840; i++) { _ringBufferTemp[i] = samplesBuffer[i] * 32000.0f; } } else { _asset->PopData(_ringBufferTemp, _asset->GetBytesPerSample()*3840); } } else { if(!isPlaying) { alSourceStop(_source); alSourcePause(_source); _isPlaying = false; hasEnded = true; } _asset->PopData(_ringBufferTemp, _asset->GetBufferedSize()); std::fill(_ringBufferTemp + _asset->GetBufferedSize(), _ringBufferTemp + sizeof(_ringBufferTemp), (ALint)0); RNDebug("not enough buffered audio: adding silence"); } //TODO: support multiple channels ALuint bufferID = 0; alSourceUnqueueBuffers(_source, 1, &bufferID); alBufferData(bufferID, AL_FORMAT_MONO16, _ringBufferTemp, 3840*sizeof(int16), _asset->GetSampleRate()); alSourceQueueBuffers(_source, 1, &bufferID); numberOfProcessedBuffers -= 1; } if(needsRestart) { alSourcePlay(_source); } } ALenum sourceState = AL_STOPPED; alGetSourcei(_source, AL_SOURCE_STATE, &sourceState); if((sourceState == AL_STOPPED && _asset && _asset->GetType() == AudioAsset::Type::Static) || hasEnded) { _isPlaying = false; _hasEnded = true; if(_isSelfdestructing) { if(GetSceneInfo()) GetSceneInfo()->GetScene()->RemoveNode(this); } else { if(_asset && _asset->GetType() == AudioAsset::Type::Decoder) { _asset->Seek(0.0f); if(_isRepeating) { _isPlaying = true; _hasEnded = false; alSourcePlay(_source); } } } } UpdatePosition(delta); } void OpenALSource::UpdatePosition(float delta) { Vector3 position = GetWorldPosition(); alSourcefv(_source, AL_POSITION, &position.x); Vector3 velocity = position - _oldPosition; _oldPosition = position; if(delta == 0.0f) return; velocity /= delta; alSourcefv(_source, AL_VELOCITY, &velocity.x); } }
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poj1770.cpp
#include <cstdio> #include <cstring> #include <cstdlib> #include <iostream> #include <cmath> #include <map> #define N 10000 #define M 100000 using namespace std; map<int,int> mp; int head[N],to[M],next[M],a[N],b[N],cnt,num,n,m,tc[N],dp[N][2]; bool vis[N]; inline void add(int u,int v) { to[cnt]=v; next[cnt]=head[u]; head[u]=cnt++; } void read() { mp.clear(); memset(head,-1,sizeof head);cnt=0; num=0; for(int i=1;i<=n;i++) scanf("%d",&a[i]); for(int i=1;i<=m;i++) scanf("%d",&b[i]); for(int i=1;i<=n;i++) for(int j=i+1;j<=n;j++) for(int k=1;k<=m;k++) if(abs(a[i]-a[j])==b[k]) { if(mp[a[i]]==0) {mp[a[i]]=++num;tc[num]=a[i];} if(mp[a[j]]==0) {mp[a[j]]=++num;tc[num]=a[j];} int ta=mp[a[i]],tb=mp[a[j]]; add(ta,tb),add(tb,ta); } } void find(int u,int fa) { vis[u]=true; for(int i=head[u];~i;i=next[i]) if(to[i]!=fa) find(to[i],u); dp[u][1]=tc[u];dp[u][0]=0; for(int i=head[u];~i;i=next[i]) if(fa!=to[i]) { dp[u][0]+=max(dp[to[i]][1],dp[to[i]][0]); dp[u][1]+=dp[to[i]][0]; } } void go() { memset(dp,0x8f,sizeof dp); memset(vis,0,sizeof vis); int ans=0; for(int i=1;i<=num;i++) if(!vis[i]) { find(i,-1); ans+=max(dp[i][0],dp[i][1]); } printf("%d\n",ans); } int main() { while(scanf("%d%d",&n,&m),n||m) { read(); go(); } return 0; }
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/Remove_One_Element.cpp
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Remove_One_Element.cpp
#include<bits/stdc++.h> using namespace std; #define int long long #define fastio ios_base::sync_with_stdio(false); cin.tie(NULL) #define endl '\n' const int mod = 1000000007; signed main(){ fastio; int t; cin>>t; while(t--) { int n; cin>>n; vector <int> a(n); vector<int> b(n-1); for(int i=0;i<n;i++) { cin>>a[i]; } for(int i=0;i<n-1;i++) { cin>>b[i]; } sort(a.begin(),a.end(),greater<int>()); sort(b.begin(),b.end(),greater<int>()); if(n>2) { int x1=b[0]-a[0]; int x2=b[1]-a[1]; int x3=b[2]-a[2]; if(x1==x2||x1==x3) cout<<x1<<endl; else cout<<x2<<endl; } else { int diff1=b[0]-a[0]; int diff2=b[0]-a[1]; if() } } return 0; }
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/src/mpint.cpp
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mpint.cpp
/*************************************************************************** * Copyright (C) 2012, Naomasa Matsubayashi * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR * IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. ***************************************************************************/ #include <boost/cstdint.hpp> #include <vector> #include <string> #include <boost/spirit/include/qi.hpp> #include <boost/lexical_cast.hpp> #include <tommath.h> #include <hermit/mpint.hpp> namespace hermit { boost::optional< std::string > is_hex( const std::string &temp ) { using boost::spirit::qi::parse; using boost::spirit::ascii::char_; using boost::spirit::ascii::space; using boost::spirit::ascii::digit; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> "0x" >> +( digit|char_( "a-fA-F" ) ), result ) && iter == temp.end() ) return std::string( result.begin(), result.end() ); return boost::optional< std::string >(); } boost::optional< std::string > is_dec( const std::string temp ) { using boost::spirit::qi::parse; using boost::spirit::ascii::char_; using boost::spirit::ascii::space; using boost::spirit::ascii::digit; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> +digit, result ) && iter == temp.end() ) { return std::string( result.begin(), result.end() ); } return boost::optional< std::string >(); } boost::optional< std::string > is_oct( const std::string temp ) { using boost::spirit::qi::parse; using boost::spirit::ascii::char_; using boost::spirit::ascii::space; using boost::spirit::ascii::digit; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> '0' >> +char_( "0-7" ), result ) && iter == temp.end() ) return std::string( result.begin(), result.end() ); return boost::optional< std::string >(); } mpint::mpint( const std::string &value_ ) { MPINT_SAFE_CALL( mp_init( &value ) ); mp_zero( &value ); boost::optional< std::string > transformed = is_oct( value_ ); if( transformed ) { from_string( value_, 8 ); } else { transformed = is_hex( value_ ); if( transformed ) { from_string( *transformed, 16 ); } else { transformed = is_dec( value_ ); if( transformed ) { std::string foo = *transformed; from_string( *transformed, 10 ); } else throw std::runtime_error( "Invalid integer format" ); } } } std::string mpint::to_string( int radix ) const { int length; MPINT_SAFE_CALL( mp_radix_size( const_cast< mp_int* >( &value ), radix, &length ) ); std::vector< char > temp( length ); std::fill( temp.begin(), temp.end(), 0 ); MPINT_SAFE_CALL( mp_toradix_n( const_cast< mp_int* >( &value ), &temp.front(), radix, length ) ); std::string str( &temp.front() ); return str; } std::ostream &operator<<( std::ostream &stream, const mpint &mp_value ) { if( stream.flags() & std::ios_base::dec ) stream << mp_value.to_string( 10 ); else if( stream.flags() & std::ios_base::hex ) stream << mp_value.to_string( 16 ); else if( stream.flags() & std::ios_base::oct ) stream << mp_value.to_string( 8 ); else stream << mp_value.to_string( 10 ); return stream; } std::istream &operator>>( std::istream &stream, mpint &mp_value ) { using boost::spirit::qi::parse; using boost::spirit::ascii::char_; using boost::spirit::ascii::space; using boost::spirit::ascii::digit; if( stream.flags() & std::ios_base::dec ) { while( stream.good() && !stream.eof() ) { std::string temp; stream >> temp; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> +digit, result ) && iter == temp.end() ) { mp_value.from_string( temp, 10 ); break; } } } else if( stream.flags() & std::ios_base::hex ) { while( stream.good() && !stream.eof() ) { std::string temp; stream >> temp; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> +( digit|char_( "a-fA-F" ) ), result ) && iter == temp.end() ) { mp_value.from_string( temp, 16 ); break; } } } else if( stream.flags() & std::ios_base::oct ) { while( stream.good() && !stream.eof() ) { std::string temp; stream >> temp; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> +char_( "0-7" ), result ) && iter == temp.end() ) { mp_value.from_string( temp, 8 ); break; } } } else { while( stream.good() && !stream.eof() ) { std::string temp; stream >> temp; auto iter = temp.begin(); std::vector< char > result; if( parse( iter, temp.end(), -( char_('-')|char_('+') ) >> +digit, result ) && iter == temp.end() ) { mp_value.from_string( temp, 10 ); break; } } } return stream; } mpint sqrt( const mpint &value ) { mpint temp; MPINT_SAFE_CALL( mp_sqrt( const_cast< mp_int* >( &value.get_raw() ), const_cast< mp_int* >( &temp.get_raw() ) ) ); return temp; } void swap( mpint &left, mpint &right ) { mp_exch( const_cast< mp_int* >( &left.get_raw() ), const_cast< mp_int* >( &right.get_raw() ) ); } }
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/CatalanNumber.cpp
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CatalanNumber.cpp
#include <bits/stdc++.h> using namespace std; #define ll long long int #define mod 1000000007 ll catalan[5001]; void catalanDP() { catalan[0] = catalan[1] = 1; for(ll i = 2; i <= 5000; i++) { catalan[i] = 0; for(ll j = 0 ; j < i ; j++) { catalan[i] += (catalan[j] % mod) * (catalan[i - j - 1] % mod); catalan[i] %= mod; } } } int main() { catalanDP(); ll q; cin >> q; for(ll i = 0 ; i < q ; i++) { ll x; cin >> x; cout << catalan[x] % mod << endl; } return 0; }
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// -*- C++ -*- //===----------------------------------------------------------------------===// // // Part of the LLVM Project, under the Apache License v2.0 with LLVM Exceptions. // See https://llvm.org/LICENSE.txt for license information. // SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception // //===---------------------------------------------------------------------===// #ifndef _LIBCPP_SPAN #define _LIBCPP_SPAN /* span synopsis namespace std { // constants inline constexpr size_t dynamic_extent = numeric_limits<size_t>::max(); // [views.span], class template span template <class ElementType, size_t Extent = dynamic_extent> class span; template<class ElementType, size_t Extent> inline constexpr bool ranges::enable_view<span<ElementType, Extent>> = true; template<class ElementType, size_t Extent> inline constexpr bool ranges::enable_borrowed_range<span<ElementType, Extent>> = true; // [span.objectrep], views of object representation template <class ElementType, size_t Extent> span<const byte, ((Extent == dynamic_extent) ? dynamic_extent : (sizeof(ElementType) * Extent))> as_bytes(span<ElementType, Extent> s) noexcept; template <class ElementType, size_t Extent> span< byte, ((Extent == dynamic_extent) ? dynamic_extent : (sizeof(ElementType) * Extent))> as_writable_bytes(span<ElementType, Extent> s) noexcept; template <class ElementType, size_t Extent = dynamic_extent> class span { public: // constants and types using element_type = ElementType; using value_type = remove_cv_t<ElementType>; using size_type = size_t; using difference_type = ptrdiff_t; using pointer = element_type*; using const_pointer = const element_type*; using reference = element_type&; using const_reference = const element_type&; using iterator = implementation-defined; using reverse_iterator = std::reverse_iterator<iterator>; static constexpr size_type extent = Extent; // [span.cons], span constructors, copy, assignment, and destructor constexpr span() noexcept; template <class It> constexpr explicit(Extent != dynamic_extent) span(It first, size_type count); template <class It, class End> constexpr explicit(Extent != dynamic_extent) span(It first, End last); template <size_t N> constexpr span(type_identity_t<element_type> (&arr)[N]) noexcept; template <size_t N> constexpr span(array<value_type, N>& arr) noexcept; template <size_t N> constexpr span(const array<value_type, N>& arr) noexcept; template<class R> constexpr explicit(Extent != dynamic_extent) span(R&& r); constexpr span(const span& other) noexcept = default; template <class OtherElementType, size_t OtherExtent> constexpr explicit(Extent != dynamic_extent) span(const span<OtherElementType, OtherExtent>& s) noexcept; ~span() noexcept = default; constexpr span& operator=(const span& other) noexcept = default; // [span.sub], span subviews template <size_t Count> constexpr span<element_type, Count> first() const; template <size_t Count> constexpr span<element_type, Count> last() const; template <size_t Offset, size_t Count = dynamic_extent> constexpr span<element_type, see below> subspan() const; constexpr span<element_type, dynamic_extent> first(size_type count) const; constexpr span<element_type, dynamic_extent> last(size_type count) const; constexpr span<element_type, dynamic_extent> subspan(size_type offset, size_type count = dynamic_extent) const; // [span.obs], span observers constexpr size_type size() const noexcept; constexpr size_type size_bytes() const noexcept; [[nodiscard]] constexpr bool empty() const noexcept; // [span.elem], span element access constexpr reference operator[](size_type idx) const; constexpr reference front() const; constexpr reference back() const; constexpr pointer data() const noexcept; // [span.iterators], span iterator support constexpr iterator begin() const noexcept; constexpr iterator end() const noexcept; constexpr reverse_iterator rbegin() const noexcept; constexpr reverse_iterator rend() const noexcept; private: pointer data_; // exposition only size_type size_; // exposition only }; template<class It, class EndOrSize> span(It, EndOrSize) -> span<remove_reference_t<iter_reference_t<_It>>>; template<class T, size_t N> span(T (&)[N]) -> span<T, N>; template<class T, size_t N> span(array<T, N>&) -> span<T, N>; template<class T, size_t N> span(const array<T, N>&) -> span<const T, N>; template<class R> span(R&&) -> span<remove_reference_t<ranges::range_reference_t<R>>>; } // namespace std */ #include <__assert> // all public C++ headers provide the assertion handler #include <__config> #include <__debug> #include <__fwd/span.h> #include <__iterator/bounded_iter.h> #include <__iterator/concepts.h> #include <__iterator/iterator_traits.h> #include <__iterator/wrap_iter.h> #include <__memory/pointer_traits.h> #include <__ranges/concepts.h> #include <__ranges/data.h> #include <__ranges/enable_borrowed_range.h> #include <__ranges/enable_view.h> #include <__ranges/size.h> #include <__utility/forward.h> #include <array> // for array #include <cstddef> // for byte #include <limits> #include <type_traits> // for remove_cv, etc #include <version> // standard-mandated includes // [iterator.range] #include <__iterator/access.h> #include <__iterator/data.h> #include <__iterator/empty.h> #include <__iterator/reverse_access.h> #include <__iterator/size.h> #if !defined(_LIBCPP_HAS_NO_PRAGMA_SYSTEM_HEADER) # pragma GCC system_header #endif _LIBCPP_PUSH_MACROS #include <__undef_macros> _LIBCPP_BEGIN_NAMESPACE_STD #if _LIBCPP_STD_VER > 17 template <class _Tp> struct __is_std_array : false_type {}; template <class _Tp, size_t _Sz> struct __is_std_array<array<_Tp, _Sz>> : true_type {}; template <class _Tp> struct __is_std_span : false_type {}; template <class _Tp, size_t _Sz> struct __is_std_span<span<_Tp, _Sz>> : true_type {}; template <class _Range, class _ElementType> concept __span_compatible_range = ranges::contiguous_range<_Range> && ranges::sized_range<_Range> && (ranges::borrowed_range<_Range> || is_const_v<_ElementType>) && !__is_std_span<remove_cvref_t<_Range>>::value && !__is_std_array<remove_cvref_t<_Range>>::value && !is_array_v<remove_cvref_t<_Range>> && is_convertible_v<remove_reference_t<ranges::range_reference_t<_Range>>(*)[], _ElementType(*)[]>; template <class _From, class _To> concept __span_array_convertible = is_convertible_v<_From(*)[], _To(*)[]>; template <class _It, class _Tp> concept __span_compatible_iterator = contiguous_iterator<_It> && __span_array_convertible<remove_reference_t<iter_reference_t<_It>>, _Tp>; template <class _Sentinel, class _It> concept __span_compatible_sentinel_for = sized_sentinel_for<_Sentinel, _It> && !is_convertible_v<_Sentinel, size_t>; template <typename _Tp, size_t _Extent> class _LIBCPP_TEMPLATE_VIS span { public: // constants and types using element_type = _Tp; using value_type = remove_cv_t<_Tp>; using size_type = size_t; using difference_type = ptrdiff_t; using pointer = _Tp *; using const_pointer = const _Tp *; using reference = _Tp &; using const_reference = const _Tp &; #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING using iterator = __bounded_iter<pointer>; #else using iterator = __wrap_iter<pointer>; #endif using reverse_iterator = _VSTD::reverse_iterator<iterator>; static constexpr size_type extent = _Extent; // [span.cons], span constructors, copy, assignment, and destructor template <size_t _Sz = _Extent> requires(_Sz == 0) _LIBCPP_INLINE_VISIBILITY constexpr span() noexcept : __data_{nullptr} {} constexpr span (const span&) noexcept = default; constexpr span& operator=(const span&) noexcept = default; template <__span_compatible_iterator<element_type> _It> _LIBCPP_INLINE_VISIBILITY constexpr explicit span(_It __first, size_type __count) : __data_{_VSTD::to_address(__first)} { (void)__count; _LIBCPP_ASSERT(_Extent == __count, "size mismatch in span's constructor (iterator, len)"); } template <__span_compatible_iterator<element_type> _It, __span_compatible_sentinel_for<_It> _End> _LIBCPP_INLINE_VISIBILITY constexpr explicit span(_It __first, _End __last) : __data_{_VSTD::to_address(__first)} { (void)__last; _LIBCPP_ASSERT((__last - __first >= 0), "invalid range in span's constructor (iterator, sentinel)"); _LIBCPP_ASSERT(__last - __first == _Extent, "invalid range in span's constructor (iterator, sentinel): last - first != extent"); } _LIBCPP_INLINE_VISIBILITY constexpr span(type_identity_t<element_type> (&__arr)[_Extent]) noexcept : __data_{__arr} {} template <__span_array_convertible<element_type> _OtherElementType> _LIBCPP_INLINE_VISIBILITY constexpr span(array<_OtherElementType, _Extent>& __arr) noexcept : __data_{__arr.data()} {} template <class _OtherElementType> requires __span_array_convertible<const _OtherElementType, element_type> _LIBCPP_INLINE_VISIBILITY constexpr span(const array<_OtherElementType, _Extent>& __arr) noexcept : __data_{__arr.data()} {} template <__span_compatible_range<element_type> _Range> _LIBCPP_INLINE_VISIBILITY constexpr explicit span(_Range&& __r) : __data_{ranges::data(__r)} { _LIBCPP_ASSERT(ranges::size(__r) == _Extent, "size mismatch in span's constructor (range)"); } template <__span_array_convertible<element_type> _OtherElementType> _LIBCPP_INLINE_VISIBILITY constexpr span(const span<_OtherElementType, _Extent>& __other) : __data_{__other.data()} {} template <__span_array_convertible<element_type> _OtherElementType> _LIBCPP_INLINE_VISIBILITY constexpr explicit span(const span<_OtherElementType, dynamic_extent>& __other) noexcept : __data_{__other.data()} { _LIBCPP_ASSERT(_Extent == __other.size(), "size mismatch in span's constructor (other span)"); } // ~span() noexcept = default; template <size_t _Count> _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, _Count> first() const noexcept { static_assert(_Count <= _Extent, "span<T, N>::first<Count>(): Count out of range"); return span<element_type, _Count>{data(), _Count}; } template <size_t _Count> _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, _Count> last() const noexcept { static_assert(_Count <= _Extent, "span<T, N>::last<Count>(): Count out of range"); return span<element_type, _Count>{data() + size() - _Count, _Count}; } _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, dynamic_extent> first(size_type __count) const noexcept { _LIBCPP_ASSERT(__count <= size(), "span<T, N>::first(count): count out of range"); return {data(), __count}; } _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, dynamic_extent> last(size_type __count) const noexcept { _LIBCPP_ASSERT(__count <= size(), "span<T, N>::last(count): count out of range"); return {data() + size() - __count, __count}; } template <size_t _Offset, size_t _Count = dynamic_extent> _LIBCPP_INLINE_VISIBILITY constexpr auto subspan() const noexcept -> span<element_type, _Count != dynamic_extent ? _Count : _Extent - _Offset> { static_assert(_Offset <= _Extent, "span<T, N>::subspan<Offset, Count>(): Offset out of range"); static_assert(_Count == dynamic_extent || _Count <= _Extent - _Offset, "span<T, N>::subspan<Offset, Count>(): Offset + Count out of range"); using _ReturnType = span<element_type, _Count != dynamic_extent ? _Count : _Extent - _Offset>; return _ReturnType{data() + _Offset, _Count == dynamic_extent ? size() - _Offset : _Count}; } _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, dynamic_extent> subspan(size_type __offset, size_type __count = dynamic_extent) const noexcept { _LIBCPP_ASSERT(__offset <= size(), "span<T, N>::subspan(offset, count): offset out of range"); _LIBCPP_ASSERT(__count <= size() || __count == dynamic_extent, "span<T, N>::subspan(offset, count): count out of range"); if (__count == dynamic_extent) return {data() + __offset, size() - __offset}; _LIBCPP_ASSERT(__count <= size() - __offset, "span<T, N>::subspan(offset, count): offset + count out of range"); return {data() + __offset, __count}; } _LIBCPP_INLINE_VISIBILITY constexpr size_type size() const noexcept { return _Extent; } _LIBCPP_INLINE_VISIBILITY constexpr size_type size_bytes() const noexcept { return _Extent * sizeof(element_type); } [[nodiscard]] _LIBCPP_INLINE_VISIBILITY constexpr bool empty() const noexcept { return _Extent == 0; } _LIBCPP_INLINE_VISIBILITY constexpr reference operator[](size_type __idx) const noexcept { _LIBCPP_ASSERT(__idx < size(), "span<T, N>::operator[](index): index out of range"); return __data_[__idx]; } _LIBCPP_INLINE_VISIBILITY constexpr reference front() const noexcept { _LIBCPP_ASSERT(!empty(), "span<T, N>::front() on empty span"); return __data_[0]; } _LIBCPP_INLINE_VISIBILITY constexpr reference back() const noexcept { _LIBCPP_ASSERT(!empty(), "span<T, N>::back() on empty span"); return __data_[size()-1]; } _LIBCPP_INLINE_VISIBILITY constexpr pointer data() const noexcept { return __data_; } // [span.iter], span iterator support _LIBCPP_INLINE_VISIBILITY constexpr iterator begin() const noexcept { #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING return std::__make_bounded_iter(data(), data(), data() + size()); #else return iterator(this, data()); #endif } _LIBCPP_INLINE_VISIBILITY constexpr iterator end() const noexcept { #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING return std::__make_bounded_iter(data() + size(), data(), data() + size()); #else return iterator(this, data() + size()); #endif } _LIBCPP_INLINE_VISIBILITY constexpr reverse_iterator rbegin() const noexcept { return reverse_iterator(end()); } _LIBCPP_INLINE_VISIBILITY constexpr reverse_iterator rend() const noexcept { return reverse_iterator(begin()); } _LIBCPP_INLINE_VISIBILITY span<const byte, _Extent * sizeof(element_type)> __as_bytes() const noexcept { return span<const byte, _Extent * sizeof(element_type)>{reinterpret_cast<const byte *>(data()), size_bytes()}; } _LIBCPP_INLINE_VISIBILITY span<byte, _Extent * sizeof(element_type)> __as_writable_bytes() const noexcept { return span<byte, _Extent * sizeof(element_type)>{reinterpret_cast<byte *>(data()), size_bytes()}; } private: pointer __data_; }; template <typename _Tp> class _LIBCPP_TEMPLATE_VIS span<_Tp, dynamic_extent> { public: // constants and types using element_type = _Tp; using value_type = remove_cv_t<_Tp>; using size_type = size_t; using difference_type = ptrdiff_t; using pointer = _Tp *; using const_pointer = const _Tp *; using reference = _Tp &; using const_reference = const _Tp &; #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING using iterator = __bounded_iter<pointer>; #else using iterator = __wrap_iter<pointer>; #endif using reverse_iterator = _VSTD::reverse_iterator<iterator>; static constexpr size_type extent = dynamic_extent; // [span.cons], span constructors, copy, assignment, and destructor _LIBCPP_INLINE_VISIBILITY constexpr span() noexcept : __data_{nullptr}, __size_{0} {} constexpr span (const span&) noexcept = default; constexpr span& operator=(const span&) noexcept = default; template <__span_compatible_iterator<element_type> _It> _LIBCPP_INLINE_VISIBILITY constexpr span(_It __first, size_type __count) : __data_{_VSTD::to_address(__first)}, __size_{__count} {} template <__span_compatible_iterator<element_type> _It, __span_compatible_sentinel_for<_It> _End> _LIBCPP_INLINE_VISIBILITY constexpr span(_It __first, _End __last) : __data_(_VSTD::to_address(__first)), __size_(__last - __first) { _LIBCPP_ASSERT(__last - __first >= 0, "invalid range in span's constructor (iterator, sentinel)"); } template <size_t _Sz> _LIBCPP_INLINE_VISIBILITY constexpr span(type_identity_t<element_type> (&__arr)[_Sz]) noexcept : __data_{__arr}, __size_{_Sz} {} template <__span_array_convertible<element_type> _OtherElementType, size_t _Sz> _LIBCPP_INLINE_VISIBILITY constexpr span(array<_OtherElementType, _Sz>& __arr) noexcept : __data_{__arr.data()}, __size_{_Sz} {} template <class _OtherElementType, size_t _Sz> requires __span_array_convertible<const _OtherElementType, element_type> _LIBCPP_INLINE_VISIBILITY constexpr span(const array<_OtherElementType, _Sz>& __arr) noexcept : __data_{__arr.data()}, __size_{_Sz} {} template <__span_compatible_range<element_type> _Range> _LIBCPP_INLINE_VISIBILITY constexpr span(_Range&& __r) : __data_(ranges::data(__r)), __size_{ranges::size(__r)} {} template <__span_array_convertible<element_type> _OtherElementType, size_t _OtherExtent> _LIBCPP_INLINE_VISIBILITY constexpr span(const span<_OtherElementType, _OtherExtent>& __other) noexcept : __data_{__other.data()}, __size_{__other.size()} {} // ~span() noexcept = default; template <size_t _Count> _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, _Count> first() const noexcept { _LIBCPP_ASSERT(_Count <= size(), "span<T>::first<Count>(): Count out of range"); return span<element_type, _Count>{data(), _Count}; } template <size_t _Count> _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, _Count> last() const noexcept { _LIBCPP_ASSERT(_Count <= size(), "span<T>::last<Count>(): Count out of range"); return span<element_type, _Count>{data() + size() - _Count, _Count}; } _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, dynamic_extent> first(size_type __count) const noexcept { _LIBCPP_ASSERT(__count <= size(), "span<T>::first(count): count out of range"); return {data(), __count}; } _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, dynamic_extent> last (size_type __count) const noexcept { _LIBCPP_ASSERT(__count <= size(), "span<T>::last(count): count out of range"); return {data() + size() - __count, __count}; } template <size_t _Offset, size_t _Count = dynamic_extent> _LIBCPP_INLINE_VISIBILITY constexpr span<element_type, _Count> subspan() const noexcept { _LIBCPP_ASSERT(_Offset <= size(), "span<T>::subspan<Offset, Count>(): Offset out of range"); _LIBCPP_ASSERT(_Count == dynamic_extent || _Count <= size() - _Offset, "span<T>::subspan<Offset, Count>(): Offset + Count out of range"); return span<element_type, _Count>{data() + _Offset, _Count == dynamic_extent ? size() - _Offset : _Count}; } constexpr span<element_type, dynamic_extent> _LIBCPP_INLINE_VISIBILITY subspan(size_type __offset, size_type __count = dynamic_extent) const noexcept { _LIBCPP_ASSERT(__offset <= size(), "span<T>::subspan(offset, count): offset out of range"); _LIBCPP_ASSERT(__count <= size() || __count == dynamic_extent, "span<T>::subspan(offset, count): count out of range"); if (__count == dynamic_extent) return {data() + __offset, size() - __offset}; _LIBCPP_ASSERT(__count <= size() - __offset, "span<T>::subspan(offset, count): offset + count out of range"); return {data() + __offset, __count}; } _LIBCPP_INLINE_VISIBILITY constexpr size_type size() const noexcept { return __size_; } _LIBCPP_INLINE_VISIBILITY constexpr size_type size_bytes() const noexcept { return __size_ * sizeof(element_type); } [[nodiscard]] _LIBCPP_INLINE_VISIBILITY constexpr bool empty() const noexcept { return __size_ == 0; } _LIBCPP_INLINE_VISIBILITY constexpr reference operator[](size_type __idx) const noexcept { _LIBCPP_ASSERT(__idx < size(), "span<T>::operator[](index): index out of range"); return __data_[__idx]; } _LIBCPP_INLINE_VISIBILITY constexpr reference front() const noexcept { _LIBCPP_ASSERT(!empty(), "span<T>::front() on empty span"); return __data_[0]; } _LIBCPP_INLINE_VISIBILITY constexpr reference back() const noexcept { _LIBCPP_ASSERT(!empty(), "span<T>::back() on empty span"); return __data_[size()-1]; } _LIBCPP_INLINE_VISIBILITY constexpr pointer data() const noexcept { return __data_; } // [span.iter], span iterator support _LIBCPP_INLINE_VISIBILITY constexpr iterator begin() const noexcept { #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING return std::__make_bounded_iter(data(), data(), data() + size()); #else return iterator(this, data()); #endif } _LIBCPP_INLINE_VISIBILITY constexpr iterator end() const noexcept { #ifdef _LIBCPP_DEBUG_ITERATOR_BOUNDS_CHECKING return std::__make_bounded_iter(data() + size(), data(), data() + size()); #else return iterator(this, data() + size()); #endif } _LIBCPP_INLINE_VISIBILITY constexpr reverse_iterator rbegin() const noexcept { return reverse_iterator(end()); } _LIBCPP_INLINE_VISIBILITY constexpr reverse_iterator rend() const noexcept { return reverse_iterator(begin()); } _LIBCPP_INLINE_VISIBILITY span<const byte, dynamic_extent> __as_bytes() const noexcept { return {reinterpret_cast<const byte *>(data()), size_bytes()}; } _LIBCPP_INLINE_VISIBILITY span<byte, dynamic_extent> __as_writable_bytes() const noexcept { return {reinterpret_cast<byte *>(data()), size_bytes()}; } private: pointer __data_; size_type __size_; }; template <class _Tp, size_t _Extent> inline constexpr bool ranges::enable_borrowed_range<span<_Tp, _Extent> > = true; template <class _ElementType, size_t _Extent> inline constexpr bool ranges::enable_view<span<_ElementType, _Extent>> = true; // as_bytes & as_writable_bytes template <class _Tp, size_t _Extent> _LIBCPP_INLINE_VISIBILITY auto as_bytes(span<_Tp, _Extent> __s) noexcept { return __s.__as_bytes(); } template <class _Tp, size_t _Extent> requires(!is_const_v<_Tp>) _LIBCPP_INLINE_VISIBILITY auto as_writable_bytes(span<_Tp, _Extent> __s) noexcept { return __s.__as_writable_bytes(); } #if _LIBCPP_STD_VER > 17 template<contiguous_iterator _It, class _EndOrSize> span(_It, _EndOrSize) -> span<remove_reference_t<iter_reference_t<_It>>>; #endif // _LIBCPP_STD_VER > 17 template<class _Tp, size_t _Sz> span(_Tp (&)[_Sz]) -> span<_Tp, _Sz>; template<class _Tp, size_t _Sz> span(array<_Tp, _Sz>&) -> span<_Tp, _Sz>; template<class _Tp, size_t _Sz> span(const array<_Tp, _Sz>&) -> span<const _Tp, _Sz>; template<ranges::contiguous_range _Range> span(_Range&&) -> span<remove_reference_t<ranges::range_reference_t<_Range>>>; #endif // _LIBCPP_STD_VER > 17 _LIBCPP_END_NAMESPACE_STD _LIBCPP_POP_MACROS #if !defined(_LIBCPP_REMOVE_TRANSITIVE_INCLUDES) && _LIBCPP_STD_VER <= 20 # include <concepts> # include <functional> # include <iterator> #endif #endif // _LIBCPP_SPAN
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boolean count = true; void CKPCMP(byte Sig[], int PinCKP, int PinCMP, int Retr, boolean Estados){ byte l = 0; byte c = 5; byte j; for(int h; j<=9; j++){ while(count){ for(int i; l <= 4;i++){ GEN(l, Sig, PinCKP, Retr, 1); l++; SerialLoop(Estados); //Serial.println("lol"); break; } } while(!count){ for(int i; c <= 9;i++){ GEN(c, Sig, PinCMP, Retr, 0); c++; SerialLoop(Estados); //Serial.println("lol2"); break; } } } byte GEN(byte Esp, byte Sign[], int PinO, int Retra, byte Wh){ if(Sign[Esp] == 1){ digitalWrite(PinO, HIGH); Serial.println("ALTO"); delay(Retra); digitalWrite(PinO, LOW); }else{ digitalWrite(PinO, LOW); Serial.println("bajo"); delay(Retra); } if(Wh == 1){ count = false; }else{ count = true; } }
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/**************************************************************************** ** Resource object code ** ** Created by: The Resource Compiler for Qt version 5.5.1 ** ** WARNING! All changes made in this file will be lost! *****************************************************************************/ static const unsigned char qt_resource_data[] = { // /home/s2696320/Documents/CG/OpenGL_intro/Code/shaders/fragshader.glsl 0x0,0x0,0x0,0x76, 0x23, 0x76,0x65,0x72,0x73,0x69,0x6f,0x6e,0x20,0x33,0x33,0x30,0x20,0x63,0x6f,0x72,0x65, 0xa,0x69,0x6e,0x20,0x76,0x65,0x63,0x33,0x20,0x69,0x6e,0x74,0x65,0x72,0x70,0x6f, 0x6c,0x61,0x74,0x65,0x64,0x43,0x6f,0x6c,0x6f,0x72,0x3b,0xa,0x6f,0x75,0x74,0x20, 0x76,0x65,0x63,0x34,0x20,0x76,0x61,0x6c,0x75,0x65,0x3b,0xa,0xa,0x76,0x6f,0x69, 0x64,0x20,0x6d,0x61,0x69,0x6e,0x28,0x29,0xa,0x7b,0xa,0x20,0x20,0x20,0x20,0x76, 0x61,0x6c,0x75,0x65,0x20,0x3d,0x20,0x76,0x65,0x63,0x34,0x28,0x69,0x6e,0x74,0x65, 0x72,0x70,0x6f,0x6c,0x61,0x74,0x65,0x64,0x43,0x6f,0x6c,0x6f,0x72,0x2c,0x31,0x29, 0x3b,0xa,0xa,0x7d,0xa, // /home/s2696320/Documents/CG/OpenGL_intro/Code/shaders/vertshader.glsl 0x0,0x0,0x0,0xd2, 0x23, 0x76,0x65,0x72,0x73,0x69,0x6f,0x6e,0x20,0x33,0x33,0x30,0x20,0x63,0x6f,0x72,0x65, 0xa,0x6c,0x61,0x79,0x6f,0x75,0x74,0x20,0x28,0x6c,0x6f,0x63,0x61,0x74,0x69,0x6f, 0x6e,0x20,0x3d,0x20,0x30,0x29,0x20,0x69,0x6e,0x20,0x76,0x65,0x63,0x32,0x20,0x70, 0x6f,0x73,0x69,0x74,0x69,0x6f,0x6e,0x3b,0xa,0x6c,0x61,0x79,0x6f,0x75,0x74,0x20, 0x28,0x6c,0x6f,0x63,0x61,0x74,0x69,0x6f,0x6e,0x20,0x3d,0x20,0x31,0x29,0x20,0x69, 0x6e,0x20,0x76,0x65,0x63,0x33,0x20,0x63,0x6f,0x6c,0x6f,0x72,0x3b,0xa,0x6f,0x75, 0x74,0x20,0x76,0x65,0x63,0x33,0x20,0x69,0x6e,0x74,0x65,0x72,0x70,0x6f,0x6c,0x61, 0x74,0x65,0x64,0x43,0x6f,0x6c,0x6f,0x72,0x3b,0xa,0xa,0x76,0x6f,0x69,0x64,0x20, 0x6d,0x61,0x69,0x6e,0x28,0x29,0xa,0x7b,0xa,0x20,0x20,0x20,0x20,0x67,0x6c,0x5f, 0x50,0x6f,0x73,0x69,0x74,0x69,0x6f,0x6e,0x20,0x3d,0x20,0x76,0x65,0x63,0x34,0x28, 0x70,0x6f,0x73,0x69,0x74,0x69,0x6f,0x6e,0x2c,0x30,0x2c,0x20,0x31,0x29,0x3b,0xa, 0x20,0x20,0x20,0x20,0x69,0x6e,0x74,0x65,0x72,0x70,0x6f,0x6c,0x61,0x74,0x65,0x64, 0x43,0x6f,0x6c,0x6f,0x72,0x20,0x3d,0x20,0x63,0x6f,0x6c,0x6f,0x72,0x3b,0xa,0x7d, 0xa, }; static const unsigned char qt_resource_name[] = { // shaders 0x0,0x7, 0x9,0xe7,0xac,0x73, 0x0,0x73, 0x0,0x68,0x0,0x61,0x0,0x64,0x0,0x65,0x0,0x72,0x0,0x73, // fragshader.glsl 0x0,0xf, 0x3,0x86,0xda,0xdc, 0x0,0x66, 0x0,0x72,0x0,0x61,0x0,0x67,0x0,0x73,0x0,0x68,0x0,0x61,0x0,0x64,0x0,0x65,0x0,0x72,0x0,0x2e,0x0,0x67,0x0,0x6c,0x0,0x73,0x0,0x6c, // vertshader.glsl 0x0,0xf, 0xf,0x27,0x1f,0xfc, 0x0,0x76, 0x0,0x65,0x0,0x72,0x0,0x74,0x0,0x73,0x0,0x68,0x0,0x61,0x0,0x64,0x0,0x65,0x0,0x72,0x0,0x2e,0x0,0x67,0x0,0x6c,0x0,0x73,0x0,0x6c, }; static const unsigned char qt_resource_struct[] = { // : 0x0,0x0,0x0,0x0,0x0,0x2,0x0,0x0,0x0,0x1,0x0,0x0,0x0,0x1, // :/shaders 0x0,0x0,0x0,0x0,0x0,0x2,0x0,0x0,0x0,0x2,0x0,0x0,0x0,0x2, // :/shaders/fragshader.glsl 0x0,0x0,0x0,0x14,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x0,0x0, // :/shaders/vertshader.glsl 0x0,0x0,0x0,0x38,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x0,0x7a, }; #ifdef QT_NAMESPACE # define QT_RCC_PREPEND_NAMESPACE(name) ::QT_NAMESPACE::name # define QT_RCC_MANGLE_NAMESPACE0(x) x # define QT_RCC_MANGLE_NAMESPACE1(a, b) a##_##b # define QT_RCC_MANGLE_NAMESPACE2(a, b) QT_RCC_MANGLE_NAMESPACE1(a,b) # define QT_RCC_MANGLE_NAMESPACE(name) QT_RCC_MANGLE_NAMESPACE2( \ QT_RCC_MANGLE_NAMESPACE0(name), QT_RCC_MANGLE_NAMESPACE0(QT_NAMESPACE)) #else # define QT_RCC_PREPEND_NAMESPACE(name) name # define QT_RCC_MANGLE_NAMESPACE(name) name #endif #ifdef QT_NAMESPACE namespace QT_NAMESPACE { #endif bool qRegisterResourceData(int, const unsigned char *, const unsigned char *, const unsigned char *); bool qUnregisterResourceData(int, const unsigned char *, const unsigned char *, const unsigned char *); #ifdef QT_NAMESPACE } #endif int QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)(); int QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)() { QT_RCC_PREPEND_NAMESPACE(qRegisterResourceData) (0x01, qt_resource_struct, qt_resource_name, qt_resource_data); return 1; } int QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)(); int QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)() { QT_RCC_PREPEND_NAMESPACE(qUnregisterResourceData) (0x01, qt_resource_struct, qt_resource_name, qt_resource_data); return 1; } namespace { struct initializer { initializer() { QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)(); } ~initializer() { QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)(); } } dummy; }
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gzgreg/ACM
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h.cpp
#include <math.h> #include <iostream> #include <vector> #include <map> #include <cstring> using namespace std; map<int, long> memo; string s; long dp(int i){ if(i >= s.size()){ return 1; } else if(s[i] == '0'){ return 0; } else if(i == s.size() - 1){ return 1; } else if(memo.find(i) != memo.end()){ return memo.at(i); } long retVal = dp(i+1); if((int)(s[i] - '0')*10 + (int)(s[i+1] - '0') <= 26){ retVal += dp(i+2); } memo[i] = retVal; return retVal; } int main(){ ios::sync_with_stdio(0); cin >> s; while(s != "0"){ memo.clear(); cout << dp(0) << endl; cin >> s; } return 0; }
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/SDAlgorithm/src/BackgroundModel.cc
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jmduarte/ShowerDeconstruction
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refs/heads/master
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BackgroundModel.cc
#include "ShowerDeconstruction/SDAlgorithm/interface/BackgroundModel.h" #include <vector> #include <fastjet/PseudoJet.hh> #include "ShowerDeconstruction/SDAlgorithm/interface/Helper.h" #include "ShowerDeconstruction/SDAlgorithm/interface/Parameters.h" using namespace Deconstruction; Deconstruction::BackgroundModel::BackgroundModel(Parameters &param, Flavour::id flav) : Deconstruction::Model::Model(param), m_flav(flav) { } Deconstruction::BackgroundModel::~BackgroundModel() { } //double Deconstruction::BackgroundModel::weight(const std::vector<fastjet::PseudoJet> &jets, fastjet::PseudoJet &sum) { double Deconstruction::BackgroundModel::weight(const StoredJet &jets, fastjet::PseudoJet &sum) { // Background model ---> calls make_splitting with gluon // the Background model consists simply of a FSRshower // keep in mind that the H for the generation of the // fat jet is applied in Deconstruct::deconstruct() // check for theta cut if there is no grandmother: if (sum.perp() <= sum.m()) return 0; double w = start_splitting(jets, m_flav, Shower::QCD); m_calc.clear(); return w; } double Deconstruction::BackgroundModel::hamiltonian(double pTsum) { double kH2 = square(pTsum); double Hfj_sig = Cte::Npdf_signal*std::pow(Cte::pTmin2/kH2, Cte::Npdf_signal)/kH2; return Hfj_sig; }
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/HashTable/hashtable2.cpp
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nwkrix/.cc
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hashtable2.cpp
/* HASH TABLE CLASS IMPLEMENTATION BASED ON LINEAR PROBING (AN OPEN ADDRESSING METHOD); SEP 4, 2021 CDMX AUTHOR: CHRISTIAN NWACHIOMA */ #include<iostream> #include<string> #include<cstring> // STRLEN(CONST CHAR* STR) using namespace std; #define TSIZE 5 #define EMAILSIZE 255 #define NAME_SIZE 255 struct club { // data for hash table unsigned int id; const char name[NAME_SIZE]; const char email[EMAILSIZE]; }; class Hasht { club* H_Table[TSIZE]; public: Hasht() { for (int i = 0; i < TSIZE; i++) { H_Table[i] = NULL; } } // can easily use if comparison// bool isEmpty() { for (int i = 0; i < TSIZE; i++) { if (this->H_Table[i] != NULL) return false; } return true; } unsigned int hashfcn(const char* email) { unsigned int hashvalue = 0; size_t len = strnlen(email, EMAILSIZE); for (int i = 0; i < len; i++) { hashvalue += email[i]; hashvalue = hashvalue * email[i] - 1; } return hashvalue % TSIZE; } bool insert(club* member) { unsigned int key = hashfcn(member->email); for (int i = 0; i < TSIZE; i++) { if (H_Table[(key + i) % TSIZE] == NULL) { H_Table[(key + i) % TSIZE] = member; return true; } } return false; } bool search(const char* email) { unsigned int key = hashfcn(email); for (int i = 0; i < TSIZE; i++) { if (H_Table[(i + key) % TSIZE] != NULL && strcmp(H_Table[(i + key) % TSIZE]->email, email) == 0) { return true; } } return false; } bool remove(club* member) { unsigned int key = hashfcn(member->email); for (int i = 0; i < TSIZE; i++) { if (H_Table[(i + key) % TSIZE] != NULL && strcmp(H_Table[(i + key) % TSIZE]->email, member->email) == 0) { H_Table[(key + i) % TSIZE] = NULL; return true; } } return false; } void print() { for (int i = 0; i < TSIZE; i++) { if (H_Table[i] != NULL) cout << "\t" << i << "\t\t" << this->H_Table[i]->id << "\t" << this->H_Table[i]->name << "\t\t" << this->H_Table[i]->email << "\t\n"; else cout << "\t" << i << "\t\t" << " _____ " << "\t" << " _____ " << "\t\t" << " _____ " << "\t\n"; } } }; int main() { Hasht t; club member1 = { 20216,"Matthew Oka", "oka@amazon.com" }, member2 = { 11123, "Ken Camer", "ken@ipn.mx" }, member3 = { 10012,"Yessica Susana Siordia VEga", "funky_princess@hotmail.com" }, member4 = { 902939,"Godswill Ndukauba","zooboy@fct.abuja.ng" }, member5 = { 943843,"Joyce Airemu Akhigbe","jaakyn@ymail.com" }; t.insert(&member1); t.insert(&member2); t.insert(&member3); t.insert(&member4); t.insert(&member5); t.print(); cout << t.search("ken@ipn.mx") << "\n"; t.remove(&member2); t.print(); cout << t.search("ken@ipn.mx") << "\n"; return 0; }
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akadams/xsight-analyzer
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main.cc
/* $Id: main.cc,v 1.7 2014/04/11 17:42:15 akadams Exp $ */ // Copyright © 2009, Pittsburgh Supercomputing Center (PSC). // See the file 'COPYRIGHT.txt' for any restrictions. #include <sys/types.h> #include <sys/stat.h> #include <assert.h> #include <ctype.h> #include <err.h> #include <limits.h> #include <pthread.h> #include <stdio.h> #include <stdlib.h> // for exit on client #include <string.h> // for memset #include <sysexits.h> #include <unistd.h> #include <string> #include <list> #include <map> using namespace std; #include "ErrorHandler.h" #include "Base64.h" // for HTTP basic authentication #include "Logger.h" #include "ConfInfo.h" #include "SSLContext.h" #include "SSLConn.h" #include "SSLSession.h" #include "AnalyzedInfo.h" #include "FlowInfo.h" #include "ssl-event-procs.h" #include "analyzer-procs.h" #define DEBUG_MUTEX_LOCK 0 // Global variables. #define SERVER_VERSION "0.9.5" #define CONF_FILE_DELIMITER '=' // Static defaults. static const char* conf_file_default = "analyzer.conf"; // Networking defaults. static const in_port_t kServerPort = 13500; // not used static const int kFramingType = MsgHdr::TYPE_HTTP; static const int kMaxPeers = 128; static const ssize_t kDefaultBufSize = TCPSESSION_DEFAULT_BUFSIZE; static const char* kMailRecipients = "akadams@psc.edu"; // Event-loop timeout controls static const int state_poll_interval = 86400; // 24 hours static const int kPollIntervalUnanalyzed = 60; // 1 minute static const int kPollIntervalInprogress = 600; // 10 minute // InFlux stuff. static const char* kInfluxDBDefaultHost = "hotel.psc.edu"; static const in_port_t kInfluxDBDefaultPort = 8086; static const char* kInfluxDBDefaultDB = "xsight"; static const char* kInfluxQueryDBPrefix = "db="; static const char* kInfluxQueryAnalyzed = "&epoch=ns&q=select%20time%2C%20domain%2C%20dtn%2C%20netname%2C%20type%2C%20flow%2C%20value%20from%20analyzed%20where%20value%3D0%20order%20by%20desc%20limit%20"; static const char* kInfluxQueryMetrics = "&epoch=ns&q=select%20time%2C%20flow%2C%20value%20from%20src_ip%2C%20Timeouts%2C%20DataOctetsIn%2C%20DupAcksIn%20where%20flow%3D%27"; static const char* kInfluxQueryMetricsSuffix = "%27%20order%20by%20desc%20limit%201"; static const int kAnalyzedStatusRequested = 1; // note, same as // kSeriesAnalyzedCompleted static const int kSeriesAnalyzedCompleted = 1; static const int kSeriesAnalyzedInprogress = 2; static const int kSeriesAnalyzedNotified = 3; // Local function declarations. int parse_command_line(int argc, char* argv[], ConfInfo* info); void parse_conf_file(ConfInfo* info); void initiate_unanalyzed_poll(const ConfInfo& info, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx); void initiate_flow_data_request(const ConfInfo& info, const string& flow, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx); void initiate_analyzed_update(const ConfInfo& info, const int update_value, AnalyzedInfo* analyzed, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx); // Main event-loop routine: The ANALYZER server loads & processes // some configuration variables and then enters its main event-loop // waiting on (poll(2)) either for an external initiated connection or // an internal event signaling that work needs to be done. int main(int argc, char* argv[]) { ConfInfo conf_info; // daemon configuration information list<AnalyzedInfo> analyzed; // flows identified by DB as not analyzed pthread_mutex_t analyzed_mtx; list<FlowInfo> flows; // flows currently active (indexed by flow) pthread_mutex_t flow_list_mtx; list<SSLSession> to_peers; // initated connections (to other nodes) pthread_mutex_t to_peers_mtx; list<SSLSession> from_peers; // received connections (from accept(2)) pthread_mutex_t from_peers_mtx; vector<pthread_t> thread_list; // list to keep track of all threads pthread_mutex_t thread_list_mtx; vector<SSLConn> servers; // listen sockets, vector used to // handle multple listening ports (we // accept(2) or connect(2) to peers, // though), e.g., IPv4, IPv6, aliases SSLContext ssl_context; // TODO(aka) this should have a mutex too, // as its internal reference will be // incremented in both Accept & Socket, but // SSL_Conn::Socket can occur in a thread, // no? // Set default values (can be overridden by user). conf_info.log_to_stderr_ = 0; conf_info.port_ = kServerPort; conf_info.uid_ = getuid(); conf_info.gid_ = getgid(); conf_info.database_ = kInfluxDBDefaultHost; conf_info.database_port_ = kInfluxDBDefaultPort; conf_info.database_db_ = kInfluxDBDefaultDB; /* conf_info.database_user_ = "dbuser"; */ logger.set_proc_name("analyzer"); pthread_mutex_init(&flow_list_mtx, NULL); pthread_mutex_init(&to_peers_mtx, NULL); pthread_mutex_init(&from_peers_mtx, NULL); pthread_mutex_init(&thread_list_mtx, NULL); // Load "user" set-able global variables (ConfInfo) via command line. parse_command_line(argc, argv, &conf_info); #if 0 // TODO(aka) Setup file logging at some point. if (logger.mechanism_level(LOG_TO_FILE)) { try { // t&c for util-local.a string* tmp_process_name = new string(process_name(conf_info.Proc_ID())); logger.init_file(conf_info.Base_Path(), CONF_DIR, tmp_process_name->Tolower().Print()); delete tmp_process_name; } if (error.Event()) { errx(EXIT_FAILURE, "%s", error.print().c_str()); } } if (logger.mechanism_level(LOG_TO_SCRIPT)) logger.init_script(conf_info.Base_Path()); // It *should* now be safe for file/script logging (if enabled.) #endif // Load configuration file (for additional user set-able globals). parse_conf_file(&conf_info); //logger.Log(LOG_DEBUGGING, "main(): .", ); // Make sure we've got all the *key* information that we need. // If STDERR logging has *not* been *explicitly* set by the user, // turn off STDERR logging. Note, however, that if we chose to run // in the 'foreground', and no logging was set by the user, then // STDERR will be turned back on when we daemonize(); if (! conf_info.log_to_stderr_) logger.clear_mechanism(LOG_TO_STDERR); // Setup/initialize SSL. // HACK: const char* session_id = process_name(conf_info.Proc_ID()); const char* session_id = "analyzer-tls"; // Add check for getuid here; may need to move certs/CAs /etc & config file! ssl_context.Init(TLSv1_method(), session_id, NULL, NULL, SSL_FILETYPE_PEM, NULL, // private key NULL, NULL, SSL_FILETYPE_PEM, // host cert NULL, //"/home/pscnoc/analyzer/certsacc06fda.0.pem" "/home/pscnoc/analyzer/certs/", SSL_VERIFY_NONE, 2, SSL_SESS_CACHE_OFF, SSL_OP_CIPHER_SERVER_PREFERENCE); if (error.Event()) errx(EXIT_FAILURE, "%s", error.print().c_str()); if (!conf_info.v4_enabled_ && !conf_info.v6_enabled_) conf_info.v4_enabled_ = true; // give us something // Setup the server's listen socket(s). #if 0 // TODO(aka) Not sure if we'll need a listening server ... if (conf_info.v4_enabled_) { SSLConn tmp_server; tmp_server.InitServer(AF_INET); // listen on all IPv4 interfaces tmp_server.set_blocking(); tmp_server.set_close_on_exec(); tmp_server.Socket(PF_INET, SOCK_STREAM, 0, &ssl_context); tmp_server.Bind(conf_info.port_); tmp_server.Listen(TCPCONN_DEFAULT_BACKLOG); if (error.Event()) { logger.Log(LOG_ERROR, "%s, exiting ...", error.print().c_str()); error.clear(); exit(EXIT_FAILURE); } servers.push_back(tmp_server); // no need to grab MUTEX, as not MT yet } if (conf_info.v6_enabled_) { SSLConn tmp_server; tmp_server.InitServer(AF_INET6); // listen on all interfaces ... tmp_server.set_blocking(); tmp_server.set_close_on_exec(); tmp_server.Socket(PF_INET6, SOCK_STREAM, 0, &ssl_context); int v6_only = 1; tmp_server.Setsockopt(IPPROTO_IPV6, IPV6_V6ONLY, &v6_only, sizeof(v6_only)); // ... *only* IPv6 interfaces tmp_server.Bind(conf_info.port_); tmp_server.Listen(TCPCONN_DEFAULT_BACKLOG); if (error.Event()) { logger.Log(LOG_ERROR, "%s, exiting ...", error.print().c_str()); error.clear(); exit(EXIT_FAILURE); } servers.push_back(tmp_server); // no need to grab MUTEX, as not MT yet } logger.Log(LOG_NOTICE, "analyzer (%s) starting on port %hu.", SERVER_VERSION, conf_info.port_); // Daemonize program. if (getuid() == 0) { // Process is running as root, drop privileges. if (setgid(conf_info.gid_) != 0) err(EX_OSERR, "setgid() failed: %s", strerror(errno)); if (setuid(conf_info.uid_) != 0) err(EX_OSERR, "setuid() failed: %s", strerror(errno)); // Sanity check ... if (setuid(0) != -1) err(EX_OSERR, "ERROR: Analyzer managed to re-acquire root privileges!"); } #endif // Initialze more globals & externals: PRNG, signals srandom(time(NULL)); // TODO(aka) We really need to use srandomdev() here! #if 0 sig_handler.Init(); // TODO(aka) need to add signal handling // routines (for execv()!) #endif // Any work prior to the main event loop? // Setup poll timeout intervals. time_t unanalyzed_poll = time(NULL); time_t inprogress_poll = time(NULL) + kPollIntervalInprogress; unsigned int debug_print_cnt = 0; // For Debugging: // Main event-loop. struct pollfd pollfds[SSL_EVENT_MAX_FDS]; int nfds; // num file descriptors to poll on int timeout = 1000; // in milliseconds int n; // poll return value while (1) { // Note, errors that can be returned to our peers (as NACKs) will // be processed in analyzer-procs.cc or possibly ssl-event-proces.cc. // All other errors will be processed in ssl-event-proces.cc or // in here. // Load all active sockets into poll(2)'s array. nfds = 0; // Load *all* our listening sockets (v4 & v6, e.g.) ... for (int i = 0; i < (int)servers.size(); i++) { pollfds[nfds].fd = servers[i].fd(); pollfds[nfds].events = POLLIN; // always listening, always listening ... nfds++; } // Load any fds from any *active* peers. nfds = ssl_event_poll_init(to_peers, from_peers, SSL_EVENT_MAX_FDS, nfds, pollfds); // Check the fds with poll(2) (or select()). n = poll(pollfds, nfds, timeout); if (n < 0) { // check for error logger.Log(LOG_DEBUG, "poll() interrupted, errno: %d: %s", errno, strerror(errno)); if (errno != EINTR) { // it's not a signal logger.Log(LOG_WARN, "poll() error: %s, returning.", strerror(errno)); } else { // it's a signal // TODO(aka) Not sure if we should simply check for an // un-trapped signal here, or whether we should *actually* // process the signal here. // // TODO(aka) At some point, I thought that NON_BLOCKING calls // worked better if we processed the signals at the end of the // event loop ... However, since I can't remember why that // was, let's *start* with processing them here! #if 0 // TODO(aka) Process signal, *if* we have a handler (see above!). if (sig_handler.CheckAll()) event_signal_check(ssl_context); #endif } continue; // in any event, head back to start of event-loop } // if (n < 0) if (n == 0) { // check for timeout try { // t&c for debugging //logger.Log(LOG_INFO, "poll() timeout, continuing ..."); time_t now = time(NULL); // For Debugging: if (debug_print_cnt++ == 0) logger.Log(LOG_INFO, "main(): TIMEOUT: " "now: %d, unanalyzed poll: %d, inprogress poll: %d, " "to_peers(%d), analyzed(%d), flows(%d).", (int)now, unanalyzed_poll, inprogress_poll, (int)to_peers.size(), (int)analyzed.size(), (int)flows.size()); else if (debug_print_cnt == 20) debug_print_cnt = 0; // TIMEOUT-1: See if any of our *read* data in from_peers is complete. #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); // TODO(aka) what if not threaded? list<SSLSession>::iterator from_peer = from_peers.begin(); while (from_peer != from_peers.end()) { // If it's an entire message (according to the headers), process it. if (from_peer->IsIncomingMsgComplete()) { if (conf_info.multi_threaded_ && !from_peer->IsIncomingMsgBeingProcessed()) { // Build struct for function arguments. struct analyzer_incoming_msg_args args = { &conf_info, &ssl_context, &analyzed, &analyzed_mtx, &flows, &flow_list_mtx, &to_peers, &to_peers_mtx, from_peer, from_peers.end(), &thread_list, &thread_list_mtx, }; // Create thread, store ID, and process message concurrently. pthread_t tid; pthread_create(&tid, NULL, &analyzer_concurrent_process_incoming_msg, (void*)&args); pthread_mutex_lock(&thread_list_mtx); thread_list.push_back(tid); pthread_mutex_unlock(&thread_list_mtx); logger.Log(LOG_DEBUG, "main(timeout): " "thread %d assigned to peer: %s.", tid, from_peer->print().c_str()); } else if (!conf_info.multi_threaded_) { // Process message single threaded. analyzer_process_incoming_msg(&conf_info, &ssl_context, &analyzed, &analyzed_mtx, &flows, &flow_list_mtx, &to_peers, &to_peers_mtx, from_peer); if (error.Event()) { // Note, if we reached here, then we could not NACK the // error we encountered processing the message in // analyzer-procs.cc. logger.Log(LOG_ERR, "main(): from_peer processing error: %s", error.print().c_str()); from_peer = from_peers.erase(from_peer); error.clear(); #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); continue; // start processing next peer } } // } else if (!conf_info.multi_threaded_) { // Head back while(from_peer) to give // analyzer_process_incoming_msg() time to update peer's // meta-data. #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); from_peer++; continue; // start processing next peer } // if (from_peer->IsIncomingMsgComplete()) { // Note, we don't check for non-initiated connections, as we // assume senders would be using to_peers. //logger.Log(LOG_INFO, "main(timeout): checking peer: %s, thread list: %d.", from_peer->print().c_str(), thread_list.size()); // Finally, see if this peer should be removed. Note, if // the connection to from_peers is closed, the game is // already over ... if (!from_peer->IsConnected() || (!from_peer->IsOutgoingDataPending() && !from_peer->rbuf_len() && !from_peer->IsIncomingMsgInitialized())) { // Make sure, if we're multi-threaded, that the thread // isn't still running. if (conf_info.multi_threaded_) { bool found = false; for (vector<pthread_t>::iterator tid = thread_list.begin(); tid != thread_list.end(); tid++) { if (*tid == from_peer->rtid()) { found = true; break; } } if (found) { logger.Log(LOG_DEBUG, "main(timeout): can't remove peer: %s, " "thread still active.", from_peer->print().c_str()); from_peer++; } else { if (from_peer->IsOutgoingDataPending()) logger.Log(LOG_WARN, "Removing peer %s, " "even though a response is pending.", from_peer->print().c_str()); else logger.Log(LOG_DEBUG, "main(timeout): Removing peer %s.", from_peer->print().c_str()); from_peer = from_peers.erase(from_peer); } } else { logger.Log(LOG_DEBUG, "main(timeout): Removing peer %s.", from_peer->print().c_str()); from_peer = from_peers.erase(from_peer); } #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); continue; // head back to while() } // if (!from_peer->IsConnected() || /* // TODO(aka) Spot for final check to see if something whet wrong ... if (!from_peer->IsIncomingMsgInitialized() && from_peer->rbuf_len() > 0) { // Something went wrong, report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "peer (%s) has data in timeout, but not initialized!", from_peer->print().c_str()); from_peer = from_peers.erase(from_peer); #if DEBUG_MUTEX_LOCK warnx("main(): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); continue; // head back to while() } */ from_peer++; } // while (from_peer != from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); // TIMEOUT-2: See if any of our *read* data in to_peers is // complete, then see if we have outgoing data ready for // transmission. #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator to_peer = to_peers.begin(); while (to_peer != to_peers.end()) { // If it's an entire message (according to the headers), process it. if (to_peer->IsIncomingMsgComplete()) { // TODO(aka) Note, we currently process all *initiated* // connections within analyzer-procs as sequential, blocking // processes. When we decide to move away from that, // we'll need to setup our multi-threading processing here // (as we did with from_peers). // Process message single threaded. analyzer_process_incoming_msg(&conf_info, &ssl_context, &analyzed, &analyzed_mtx, &flows, &flow_list_mtx, &to_peers, &to_peers_mtx, to_peer); if (error.Event()) { // Note, if we reached here, then we could not NACK the // error we encountered processing the message in // analyzer-procs.cc. logger.Log(LOG_ERR, "main(): to_peer processing error: %s", error.print().c_str()); to_peer = to_peers.erase(to_peer); error.clear(); #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); continue; // head back to while() } printf("XXX After read, analyzed(%d): ", analyzed.size()); list<AnalyzedInfo>::iterator foo_itr = analyzed.begin(); while (foo_itr != analyzed.end()) { printf("%s, ", foo_itr->flow_.c_str()); foo_itr++; } printf("\n"); // Head back to while(to_peer) to give // analyzer_proccess_incoming_msg() time to update peer's // meta-data. #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); to_peer++; continue; } // if (to_peer->IsIncomingMsgComplet()) { // See if we need to initiate a connection. if (to_peer->wbuf_len() && to_peer->IsOutgoingDataPending() && !to_peer->IsConnected()) { to_peer->Connect(); if (error.Event()) { // Bleh. Can't connect. logger.Log(LOG_ERR, "main(timeout): " "Unable to connect to %s: %s", to_peer->print().c_str(), error.print().c_str()); // peer->PopOutgoingMsgQueue(); // can't send, so pop message to_peer = to_peers.erase(to_peer); // to_peers is not MT error.clear(); #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); continue; // head back to while() } } if (debug_print_cnt == 0) logger.Log(LOG_INFO, "main(timeout): checking if to_peer: %s, can be removed (IsConnected, IsOutgoingDataPending, rbuf_len, IsIncomingMsgInitialized): %d, %d, %d, %d.", to_peer->print().c_str(), to_peer->IsConnected(), to_peer->IsOutgoingDataPending(), (int)to_peer->rbuf_len(), to_peer->IsIncomingMsgInitialized()); // Finally, see if this peer should be removed. if (!to_peer->IsConnected() && !to_peer->IsOutgoingDataPending() && !to_peer->rbuf_len() && !to_peer->IsIncomingMsgInitialized()) { if (conf_info.multi_threaded_) { bool found = false; for (vector<pthread_t>::iterator tid = thread_list.begin(); tid != thread_list.end(); tid++) { if (*tid == to_peer->rtid()) { found = true; break; } } if (found) { logger.Log(LOG_DEBUG, "main(timeout): can't remove peer: %s, " "thread still active.", to_peer->print().c_str()); to_peer++; } else { logger.Log(LOG_DEBUG, "main(timeout): Removing peer %s.", to_peer->print().c_str()); to_peer = to_peers.erase(to_peer); } } else { logger.Log(LOG_DEBUG, "main(timeout): Removing peer %s.", to_peer->print().c_str()); to_peer = to_peers.erase(to_peer); } // Skip to next peer (incremented above). #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); continue; } /* // TODO(aka) Spot for final check to see if something whet wrong ... if (!to_peer->IsIncomingMsgInitialized() && to_peer->rbuf_len() > 0) { // Something went wrong, report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "peer (%s) has data in timeout, but not initialized!", to_peer->print().c_str()); to_peer = to_peers.erase(to_peer); #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); continue; // head back to while() } */ to_peer++; } // while (to_peer != to_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); // TIMEOUT-3: See if we should request some unanalyzed flows. if (unanalyzed_poll <= now) { initiate_unanalyzed_poll(conf_info, &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } unanalyzed_poll += kPollIntervalUnanalyzed; } // if (unanalyzed_poll <= now) { printf("XXX Before TIMEOUT-4, analyzed(%d): ", analyzed.size()); list<AnalyzedInfo>::iterator foo_itr = analyzed.begin(); while (foo_itr != analyzed.end()) { printf("%s, ", foo_itr->flow_.c_str()); foo_itr++; } printf("\n"); // TIMEOUT-4: Initiate request(s) for unanalyzed flow meta-data. #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting analyzed lock."); #endif pthread_mutex_lock(&analyzed_mtx); list<AnalyzedInfo>::iterator analyzed_itr = analyzed.begin(); while (analyzed_itr != analyzed.end()) { if (analyzed_itr->status_ == 0) { // Request flow meta-data for unanalyzed flow. initiate_flow_data_request(conf_info, analyzed_itr->flow_, &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } else { analyzed_itr->status_ = kAnalyzedStatusRequested; // mark true } } analyzed_itr++; } #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing analyzed lock."); #endif pthread_mutex_unlock(&analyzed_mtx); // TIMEOUT-5: Analyze (unanalyzed) flow data. #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting flow list lock."); #endif pthread_mutex_lock(&flow_list_mtx); list<FlowInfo>::iterator flow_itr = flows.begin(); while (flow_itr != flows.end()) { // Get the AnalyzedInfo for this flow (since we'll need it // to update InFlux regardless). #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting analyzed lock."); #endif pthread_mutex_lock(&analyzed_mtx); list<AnalyzedInfo>::iterator analyzed_itr = analyzed.begin(); while (analyzed_itr != analyzed.end()) { if (!analyzed_itr->flow_.compare(flow_itr->flow_)) break; analyzed_itr++; } if (analyzed_itr == analyzed.end()) logger.Log(LOG_ERR, "main(): TODO(aka) " "Unable to find %s in analyzed (%d).", flow_itr->flow_.c_str(), (int)analyzed.size()); if (analyzed_itr->status_ == kSeriesAnalyzedInprogress) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing analyzed lock."); #endif pthread_mutex_unlock(&analyzed_mtx); flow_itr++; continue; // skip this flow } logger.Log(LOG_INFO, "main(): " "Checking flow %s (SrcIP, DupAcksIn, Timeouts): " "%s, %d, %d, analyzed status: %d.", flow_itr->flow_.c_str(), flow_itr->src_ip_.c_str(), flow_itr->DupAcksIn_, flow_itr->Timeouts_, analyzed_itr->status_); // ANALYZER: Just performing very simple tests here! // TODO(aka) Eventually, we want to look at the number of // timeouts/dupacks as a percentage of segments (perhaps use // Matt's value showing the effect of loss based on MTU & // segements). if (flow_itr->DupAcksIn_ > 0 || flow_itr->Timeouts_ > 0) { // Send e-mail NOC. static const char* mail = "/usr/bin/mail"; char args[1024]; snprintf(args, 1024, "-s \"Investigate %s\" %s", flow_itr->flow_.c_str(), kMailRecipients); pid_t fork_pid; if ((fork_pid = fork()) < 0) { logger.Log(LOG_ERR, "main(): fork() failed: %s", strerror(errno)); } else if (fork_pid == 0) { // We are the child! printf("DEBUG: XXX Executing: %s %s\n", mail, args); // Call mail. /* XXX Need a box with mail enabled! if ((execl(mail, args, (char*)NULL)) == -1) err(EXIT_FAILURE, "main(): execl() failed: "); */ _exit(0); // sanity check (if exec() or err() are commented out) } exit(0); // XXX // Update analyzed series for flow to NOTIFIED. initiate_analyzed_update(conf_info, kSeriesAnalyzedNotified, &(*analyzed_itr), &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } // Remove from analyzed & flows. TODO(aka) We may want to // simply mark each for deletion, and then clean them up // in TIMEOUT-7? E.g., "analyzed_itr->status_ = // kSeriesAnalyzedNotified" analyzed.erase(analyzed_itr); flow_itr = flows.erase(flow_itr); } else { if (flow_itr->end_time_ <= 0) { // Update analyzed series for flow to INPROGRESS. initiate_analyzed_update(conf_info, kSeriesAnalyzedInprogress, &(*analyzed_itr), &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } else { analyzed_itr->status_ = kSeriesAnalyzedInprogress; } flow_itr++; } else { // Update analyzed series for flow to COMPLETED. initiate_analyzed_update(conf_info, kSeriesAnalyzedCompleted, &(*analyzed_itr), &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } // Remove from analyzed & flows. TODO(aka) Again, we // may want to simply mark each for deletion, and then // clean them up in TIMEOUT-7? E.g., // "analyzed_itr->status_ = kSeriesAnalyzedCompleted" analyzed.erase(analyzed_itr); flow_itr = flows.erase(flow_itr); } } // else if (flow_itr->DupAcksIn_ > 0 || flow_itr->Timeouts_ > 0) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing analyzed lock."); #endif pthread_mutex_unlock(&analyzed_mtx); } // while (flow_itr != flows.end()) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing flow list lock."); #endif pthread_mutex_unlock(&flow_list_mtx); // TIMEOUT-6: Initiate request(s) for INPROGRESS updated meta-data. if (inprogress_poll <= now) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting analyzed lock."); #endif pthread_mutex_lock(&analyzed_mtx); // Look for any INPROGRESS flows. list<AnalyzedInfo>::iterator analyzed_itr = analyzed.begin(); while (analyzed_itr != analyzed.end()) { if (analyzed_itr->status_ == kSeriesAnalyzedInprogress) { // Request flow meta-data for inprogress flow. initiate_flow_data_request(conf_info, analyzed_itr->flow_, &ssl_context, &to_peers, &to_peers_mtx); if (error.Event()) { logger.Log(LOG_ERR, "Failed to initialize peer: %s", error.print().c_str()); error.clear(); } // Finally, delete the flow and associated analyzed // info, so the flow can be processed a new. #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting flow list lock."); #endif pthread_mutex_lock(&flow_list_mtx); list<FlowInfo>::iterator flow_itr = flows.begin(); while (flow_itr != flows.end()) { if (!analyzed_itr->flow_.compare(flow_itr->flow_)) break; flow_itr++; } if (flow_itr == flows.end()) logger.Log(LOG_ERR, "main(): TODO(aka) " "Unable to find AnalyzedInfo %s in flows (%d).", analyzed_itr->flow_.c_str(), (int)flows.size()); flows.erase(flow_itr); #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing flow list lock."); #endif pthread_mutex_unlock(&flow_list_mtx); analyzed_itr = analyzed.erase(analyzed_itr); } else { // if (analyzed_itr->status_ == kSeriesAnalyzedInprogress) { analyzed_itr++; } } // while (analyzed_itr != analyzed.end()) { #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing analyzed lock."); #endif pthread_mutex_unlock(&analyzed_mtx); inprogress_poll += kPollIntervalInprogress; } // if (inprogress_poll <= now) { // TIMEOUT-7: Clean-up flow & analyzed lists. if (analyzed.size() || flows.size()) logger.Log(LOG_DEBUG, "main(): Need to add clean-up work, analyzed(%d), flows(%d).", analyzed.size(), flows.size()); #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting analyzed lock."); #endif pthread_mutex_lock(&analyzed_mtx); #if 0 list<AnalyzedInfo>::iterator analyzed_itr = analyzed.begin(); while (analyzed_itr != analyzed.end()) { if (analyzed_itr->status_ == 0) { // Add some work here! (And repeat for flows!) } analyzed_itr++; } #endif #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing analyzed lock."); #endif pthread_mutex_unlock(&analyzed_mtx); #if DEBUG_MUTEX_LOCK warnx("main(timeout): requesting flow list lock."); #endif pthread_mutex_lock(&flow_list_mtx); #if DEBUG_MUTEX_LOCK warnx("main(timeout): releasing flow list lock."); #endif pthread_mutex_unlock(&flow_list_mtx); } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during TIMEOUT proccessing."); } continue; // head back to poll() } // if (n == 0) { // Must have (at least) one ready fd. //logger.Log(LOG_DEBUGGING, "poll() fired, num ready: %d", n); int i = 0; // index into pollfds[] array // First, check our listen socket(s), i.e., // pollfds[0..(servers.size()-1)] ... for (int j = 0; j < (int)servers.size(); j++) { if (pollfds[j].revents && pollfds[j].revents & POLLIN) { try { // t&c for debugging #if DEBUG_MUTEX_LOCK warnx("main(listen): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); // As we haven't added anything to from_peers yet, we handle // all errors internally in ssl_event_accept(). ssl_event_accept(conf_info, servers[j], kMaxPeers, kFramingType, &ssl_context, &from_peers); #if DEBUG_MUTEX_LOCK warnx("main(listen): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown in listen socket POLLIN " "proccessing."); } n--; } else if (pollfds[j].revents) { logger.Log(LOG_WARN, "Server[%d]: %d, revents: %d, continuing ...", j, pollfds[j].fd, pollfds[j].revents); n--; } } i = servers.size(); // remember that "i = 0" is the first listen socket // Now, check the rest of the fds ... while (n > 0) { // Note, under OSX, poll() returns the *number of events*, not // the number of ready file descriptors like the man page says. // Big difference if and when a single fd has both read and // write ready data on it! // TODO(aka) If any other O/S do this, as well, then we'll // change the code to decrement n after every event. //logger.Log(LOG_INFO, "main(event): Processing event %d, total left: %d.", i, n); int tmp_i = i; // For Debugging ... if ((i = ssl_event_poll_status(pollfds, nfds, i)) < 0) { logger.Log(LOG_ERROR, "ssl_event_poll_status() failed, " "nfds = %d, i = %d, prev i = %d, n = %d.", nfds, i, tmp_i, n); break; } // Check POLLIN first ... if (pollfds[i].revents & POLLIN) { try { // t&c for debugging // Check to_peers for our fd (first grab lock!) ... #if DEBUG_MUTEX_LOCK warnx("main(POLLIN): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &to_peers); if (peer != to_peers.end()) { // Slurp up the waiting data, and initialize (if not yet). ssl_event_read(conf_info, peer); // ssl_event_read(conf_info, &(*peer)); // note, iterator hack if (!peer->IsIncomingMsgInitialized()) { peer->InitIncomingMsg(); //logger.Log(LOG_INFO, "main(POLLIN): post-init to_peer: %s.", peer->print().c_str()); } if (error.Event()) { logger.Log(LOG_ERR, "main(POLLIN): " "Unable to read incoming data from %s: %s.", peer->print().c_str(), error.print().c_str()); to_peers.erase(peer); // to_peers is not multi-threaded error.clear(); // Fall-through to release locks. } else { #if CLIENT_CONNECTION #endif } // Since we have to release our to_peers lock prior to // grabbing our from_peers lock, we also need to release it // here, in this equivalent nested branch. #if DEBUG_MUTEX_LOCK warnx("main(POLLIN): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); } else { // if (peer != to_peers.end()) { // Grab from_peers lock (first, relase to_peers lock). #if DEBUG_MUTEX_LOCK warnx("main(POLLIN): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); #if DEBUG_MUTEX_LOCK warnx("main(POLLIN): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &from_peers); if (peer == from_peers.end()) { logger.Log(LOG_ERR, "main(POLLIN): " "Unable to find peer for file descriptor: %d", pollfds[i].fd); // Fall-through to continue processing pollfds[] vector. } else { // if (peer == from_peers.end()) { // Slurp up the waiting data, and initialize (if not yet). ssl_event_read(conf_info, peer); // ssl_event_read(conf_info, &(*peer)); // note, iterator hack if (!peer->IsIncomingMsgInitialized()) peer->InitIncomingMsg(); if (error.Event()) { logger.Log(LOG_ERR, "main(POLLIN): " "unable to read incoming data from %s: %s.", peer->print().c_str(), error.print().c_str()); from_peers.erase(peer); // threading should not have occured error.clear(); } } // else (peer == from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(POLLIN): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } // else (peer != to_peers.end()) { // Interestingly, from this point on we can report all ERRORS // *remotely* via NACKs, as we *know* we can read correctly read the // framing protocol over the socket. Moreover, we'll be able to // read an EOF, *if* the remote end decides to shutdown the // connection after receiving our NACK + error message. } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during POLLIN proccessing."); } } // if (pollfds[i].revents & POLLIN) { // ... then check POLLOUT. if (pollfds[i].revents & POLLOUT) { try { // t&c for debugging // Check to_peers for our fd (first grab lock!) ... #if DEBUG_MUTEX_LOCK warnx("main(POLLOUT): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &to_peers); if (peer != to_peers.end()) { // Write a chunk of data out the waiting socket. ssl_event_write(conf_info, peer); if (error.Event()) { logger.Log(LOG_ERR, "main(POLLOUT): " "Unable to write data to %s: %s.", peer->print().c_str(), error.print().c_str()); to_peers.erase(peer); // no threading on to_peers error.clear(); } else { if (peer->IsOutgoingMsgSent()) { peer->PopOutgoingMsgQueue(); // clean up first pending message if (error.Event()) { logger.Log(LOG_ERR, "main(POLLOUT): " "Failed to clear outgoing msg queue to %s: %s", peer->print().c_str(), error.print().c_str()); to_peers.erase(peer); // no threading on to_peers error.clear(); } } else { logger.Log(LOG_WARN, "main(POLLOUT): TODO(aka) " "IsOutgoingMsgSent() %s, returned false, cnt: %d.", peer->print().c_str(), (int)peer->wbuf_cnt()); } } // Since we have to release our to_peers lock prior to // grabbing our from_peers lock, we also need to release it // here, in this equivalent nested branch. #if DEBUG_MUTEX_LOCK warnx("main(POLLOUT): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); } else { // if (peer != to_peers.end()) { // Grab from_peers lock (first, relase to_peers lock). #if DEBUG_MUTEX_LOCK warnx("main(POLLOUT): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); #if DEBUG_MUTEX_LOCK warnx("main(POLLOUT): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &from_peers); if (peer == from_peers.end()) { logger.Log(LOG_ERR, "main(POLLOUT): " "Unable to find peer for file descriptor: %d", pollfds[i].fd); // Fall-through to continue processing pollfds[] vector. } else { // if (peer == from_peers.end()) { // Write a chunk of data out the waiting socket. ssl_event_write(conf_info, peer); if (error.Event()) { logger.Log(LOG_ERR, "main(POLLOUT): " "Unable to write data to %s: %s.", peer->print().c_str(), error.print().c_str()); if (peer->rtid() == TCPSESSION_THREAD_NULL) from_peers.erase(peer); error.clear(); } else if (peer->IsOutgoingMsgSent()) { peer->PopOutgoingMsgQueue(); // clean up first pending message if (error.Event()) { logger.Log(LOG_ERR, "main(POLLOUT): " "Failed to clear outgoing msg queue to %s: %s", peer->print().c_str(), error.print().c_str()); if (peer->rtid() == TCPSESSION_THREAD_NULL) from_peers.erase(peer); error.clear(); } } } // else (peer == from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(POLLOUT): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } // else (peer != to_peers.end()) { } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during POLLOUT proccessing."); } } // if (pollfds[i].revents & POLLOUT) { // ERROR conditions ... if (pollfds[i].revents & POLLERR) { try { // t&c for debugging // Check to_peers for our fd (first grab lock!) ... #if DEBUG_MUTEX_LOCK warnx("main(): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &to_peers); if (peer != to_peers.end()) { // Report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLERR on socket %d.", peer->print().c_str(), pollfds[i].fd); to_peers.erase(peer); // to_peers is not multi-threaded // Since we have to release our to_peers lock prior to // grabbing our from_peers lock, we also need to release it // here, in this equivalent nested branch. #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); } else { // if (peer != to_peers.end()) { // Grab from_peers lock (first, relase to_peers lock). #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); #if DEBUG_MUTEX_LOCK warnx("main(): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &from_peers); if (peer == from_peers.end()) { logger.Log(LOG_ERR, "main(): " "Unable to find peer for file descriptor: %d", pollfds[i].fd); // Fall-through to continue processing pollfds[] vector. } else { // if (peer == from_peers.end()) { // Report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLERR on socket %d.", peer->print().c_str(), pollfds[i].fd); if (peer->rtid() == TCPSESSION_THREAD_NULL) from_peers.erase(peer); } // else (peer == from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } // else (peer != to_peers.end()) { } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during POLLERR proccessing."); } } // if (pollfds[i].revents & POLLERR) { if (pollfds[i].revents & POLLHUP) { try { // t&c for debugging // Check to_peers for our fd (first grab lock!) ... #if DEBUG_MUTEX_LOCK warnx("main(): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &to_peers); if (peer != to_peers.end()) { // If peer is still connected, report the genuine error. if (peer->IsConnected()) { logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLHUP on socket %d.", peer->print().c_str(), pollfds[i].fd); to_peers.erase(peer); // to_peers is not multi-threaded } // Since we have to release our to_peers lock prior to // grabbing our from_peers lock, we also need to release it // here, in this equivalent nested branch. #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); } else { // if (peer != to_peers.end()) { // Grab from_peers lock (first, relase to_peers lock). #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); #if DEBUG_MUTEX_LOCK warnx("main(): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &from_peers); if (peer == from_peers.end()) { logger.Log(LOG_ERR, "main(): " "Unable to find peer for file descriptor: %d", pollfds[i].fd); // Fall-through to continue processing pollfds[] vector. } else { // if (peer == from_peers.end()) { // If peer is still connected, report the genuine error. if (peer->IsConnected()) { logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLHUP on socket %d.", peer->print().c_str(), pollfds[i].fd); if (peer->rtid() == TCPSESSION_THREAD_NULL) from_peers.erase(peer); } } // else (peer == from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } // else (peer != to_peers.end()) { } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during POLLHUP proccessing."); } } // if (pollfds[i].revents & POLLHUP) { if (pollfds[i].revents & POLLNVAL) { try { // t&c for debugging // Check to_peers for our fd (first grab lock!) ... #if DEBUG_MUTEX_LOCK warnx("main(): requesting to_peers lock."); #endif pthread_mutex_lock(&to_peers_mtx); list<SSLSession>::iterator peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &to_peers); if (peer != to_peers.end()) { // Report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLNVAL on socket %d.", peer->print().c_str(), pollfds[i].fd); to_peers.erase(peer); // to_peers is not multi-threaded // Since we have to release our to_peers lock prior to // grabbing our from_peers lock, we also need to release it // here, in this equivalent nested branch. #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); } else { // if (peer != to_peers.end()) { // Grab from_peers lock (first, relase to_peers lock). #if DEBUG_MUTEX_LOCK warnx("main(): releasing to_peers lock."); #endif pthread_mutex_unlock(&to_peers_mtx); #if DEBUG_MUTEX_LOCK warnx("main(): requesting from_peers lock."); #endif pthread_mutex_lock(&from_peers_mtx); peer = ssl_event_poll_get_peer(conf_info, pollfds[i].fd, &from_peers); if (peer == from_peers.end()) { logger.Log(LOG_ERR, "main(): " "Unable to find peer for file descriptor: %d", pollfds[i].fd); // Fall-through to continue processing pollfds[] vector. } else { // if (peer == from_peers.end()) { // Report the error and remove the peer. logger.Log(LOG_ERR, "main(): " "Peer (%s) returned POLLNVAL on socket %d.", peer->print().c_str(), pollfds[i].fd); if (peer->rtid() == TCPSESSION_THREAD_NULL) from_peers.erase(peer); } // else (peer == from_peers.end()) { #if DEBUG_MUTEX_LOCK warnx("main(): releasing from_peers lock."); #endif pthread_mutex_unlock(&from_peers_mtx); } // else (peer != to_peers.end()) { } catch (...) { logger.Log(LOG_ERR, "main(): " "Unexpected exception thrown during POLLNVAL proccessing."); } } // if (pollfds[i].revents & POLLNVAL) { // Check for *other* events ... if (pollfds[i].revents & POLLPRI || pollfds[i].revents & POLLRDNORM || pollfds[i].revents & POLLRDBAND || pollfds[i].revents & POLLWRBAND) { logger.Log(LOG_WARN, "Received event: %d, on fd: %d, " "unable to process, continuing ...", pollfds[i].revents, pollfds[i].fd); } // We processed something, bump counters. i++; n--; } // while (n > 0) // And finally, after processing *all* the ready fds, check // for signals. #if 0 // TODO(aka) Add signal checking! event_signal_check(); #endif } // while (1) // Clean up. return 0; } // Main utility functions. // Routine to print out "usage" information. void usage(void) { fprintf(stderr, "Usage: analyzer [-46htVvq] [-c config_file]\n" "\t[-d database host] [-D database name]\n" "\t[-l limit for number of unanalyzed flows to request]\n" "\t[-L log_device[[:log_level],...]\n" "\t[-P database password \"username:password\"] [-p network port]\n"); } // Routine to parse command line options and load values into the // global ConfInfo struct. int parse_command_line(int argc, char* argv[], ConfInfo* info) { extern char* optarg; const char* getopt_flags = "46A:a:B:b:c:D:d:F:f:G:g:HhI:i:K:k:L:l:M:m:N:n:O:o:P:p:qS:s:TtU:u:Vv?"; // Loop on argv options. int ch; while ((ch = getopt(argc, argv, getopt_flags)) != -1) { switch(ch) { case '4' : info->v4_enabled_ = true; break; case '6' : info->v6_enabled_ = true; break; case 'A' : // Fall-through. case 'a' : warn("parse_command_line(): option a not supported."); break; case 'B' : // Fall-through. case 'b' : warn("parse_command_line(): option b not supported."); break; case 'c' : // Configuration file if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL config file."); // die horribly info->conf_file_ = optarg; break; case 'D' : // Database name if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL database name."); // die horribly info->database_db_ = optarg; break; case 'd' : // database host if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL database host."); // die horribly info->database_ = optarg; break; case 'E' : // Errors are fatal logger.set_errors_fatal(); break; case 'F' : // Fall-through. case 'f' : warn("parse_command_line(): option f not supported."); break; case 'G' : // Fall-through. case 'g' : // Group ID to run as if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL gid."); // die horribly info->gid_ = atoi(optarg); break; case 'H' : // Fall-through. case 'h' : // Help usage(); exit(1); break; case 'I' : // Fall-through case 'i' : warn("parse_command_line(): option i not supported."); break; case 'K' : // Fall-through case 'k' : warn("parse_command_line(): option k not supported."); break; case 'L' : // Log location or mechanism #if 0 // TODO(aka) Before going into the background, mark that logging was set. if (!info->logging_set_) info->logging_set_ = 1; // user explicitly *set* a logging type/level #endif if (!strncasecmp("stderr", optarg, strlen("stderr"))) info->log_to_stderr_ = 1; // stderr explicitly set by user logger.set_mechanism_priority(optarg); break; case 'l' : // Limit to apply when polling database for unanalyzed flows if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL database limit."); // die horribly info->database_poll_limit_ = atoi(optarg); // override default break; case 'M' : // Mode of operation // Fall through case 'm' : warn("parse_command_line(): option m not supported."); break; case 'N' : //fall through case 'n' : warn("parse_command_line(): option n not supported."); break; case 'O' : // Fall through. case 'o' : warn("parse_command_line(): option o not supported."); break; case 'P' : // Password for database if (!optarg) errx(EX_CONFIG, "parse_command_line(): " "NULL database Passwd."); // die horribly info->database_pw_ = optarg; break; case 'p' : // Port number for my_url info->port_ = (in_port_t)atoi(optarg); break; case 'q' : // Quite logging by one level logger.DecrementMechanismPriority(); break; case 'S' : // Fall-through case 's' : warn("parse_command_line(): option s not supported."); break; case 'T' : // Fall-through case 't' : // multi-Thread server info->multi_threaded_ = true; break; case 'U' : // database User if (!optarg) errx(EX_CONFIG, "parse_command_line(): " "NULL database User."); // die horribly info->database_user_ = optarg; break; case 'u' : // Uid to run as if (!optarg) errx(EX_CONFIG, "parse_command_line(): NULL uid."); // die horribly info->uid_ = atoi(optarg); break; case 'V' : // Version fprintf(stdout, "%s\n", SERVER_VERSION); exit(0); break; case 'v' : // set loggging to one level higher or Verbose logger.IncrementMechanismPriority(); break; case '?' : // Fall-through! default : fprintf(stderr, "ERROR: unknown option: %c.\n", ch); usage(); exit(1); } // switch(ch) } // while (ch = getopt() !- -1) // Modify argc & argv based on what we processed with getopt(3). argc -= optind; argv += optind; // TODO(aka) Test for additional command line arguments. if (argc) logger.Log(LOG_DEBUGGING, "parse_command_line(): " "post getopts(), argc is %d.", argc); return optind; } // Routine to parse our configuation file. void parse_conf_file(ConfInfo* info) { // Load the default configuration filename *if* not set by user. if (strlen(info->conf_file_.c_str()) == 0) info->conf_file_ = conf_file_default; // See if the file exists. struct stat stat_info; if (stat(info->conf_file_.c_str(), &stat_info)) { logger.Log(LOG_VERBOSE, "parse_conf_file(): %s does not exist ...", info->conf_file_.c_str()); return; } if (stat_info.st_size == 0) { logger.Log(LOG_VERBOSE, "parse_conf_file(): %s is empty, not using ...", info->conf_file_.c_str()); return; } // Open file. FILE* fp = NULL; if ((fp = fopen(info->conf_file_.c_str(), "r")) == NULL) { logger.Log(LOG_VERBOSE, "Not using %s, fopen failed.", info->conf_file_.c_str()); return; } char buf[PATH_MAX]; char* buf_ptr; char* key_ptr; char* val_ptr; char* delimit_ptr; // Parse each line as a "key = value" pair. while ((buf_ptr = fgets(buf, PATH_MAX, fp)) != NULL) { // Skip over preceeding whitespace. while (*buf_ptr == '\t' || *buf_ptr == ' ' || *buf_ptr == '\n') buf_ptr++; if (*buf_ptr == '#' || *buf_ptr == '\0') continue; // skip comments and empty lines key_ptr = buf_ptr; // assign pointer to key if ((delimit_ptr = strchr(key_ptr, CONF_FILE_DELIMITER)) == NULL) { logger.Log(LOG_WARN, "Unable to parse %s at line: %s.", info->conf_file_.c_str(), key_ptr); fclose(fp); return; } char* key_end_ptr = delimit_ptr; *key_end_ptr = '\0'; // separate key from value delimit_ptr++; // increment over delimiter (which is now '\0') // Remove trailing whitespace from key. key_end_ptr--; // backup off of NULL terminator while (*key_end_ptr == '\t' || *key_end_ptr == ' ' || *key_end_ptr == '\n' || *key_end_ptr == CONF_FILE_DELIMITER) *key_end_ptr-- = '\0'; // Remove preceeding white space *and* initial quotes from value. while (*delimit_ptr == '\t' || *delimit_ptr == ' ' || *delimit_ptr == '\n' || *delimit_ptr == CONF_FILE_DELIMITER || *delimit_ptr == '\'' || *delimit_ptr == '"') delimit_ptr++; val_ptr = delimit_ptr; // assign pointer to value char* val_end_ptr = strchr(val_ptr, '\0'); // find end of value if (val_end_ptr == NULL) { logger.Log(LOG_ERR, "parse_conf_file(): val_end_ptr is NULL!"); exit(1); // die horribly before we start up } // Remove trailing whitespace *and* quotes from value. val_end_ptr--; while (*val_end_ptr == '\t' || *val_end_ptr == ' ' || *val_end_ptr == '\n' || *val_end_ptr == '\'' || *val_end_ptr == '"') *val_end_ptr-- = '\0'; // Before (over-)writing any variables, first set them to defaults. //info->tar_path_ = TAR_CMD; // Switch (well, if-than-else) based on key. #if 0 if (!strncasecmp(KEY_FONT_PATH, key_ptr, strlen(KEY_FONT_PATH))) { info->font_path_ = val_ptr; } else if (!strncasecmp(KEY_FFMPEG_PATH, key_ptr, strlen(KEY_FFMPEG_PATH))) { info->ffmpeg_path_ = val_ptr; } else if (!strncasecmp(KEY_TAR_PATH, key_ptr, strlen(KEY_TAR_PATH))) { info->tar_path_ = val_ptr; } else { logger.Log(LOG_WARN, "parse_conf_file(): Unknown key: %s", key_ptr); } #else logger.Log(LOG_WARN, "parse_conf_file(): Unknown key: %s", key_ptr); #endif } } // Routine to *initiate* the sending a GET request to the InFlux DB // for unanalyzed flow data. // // Note, main()'s event-loop will take care of opening the connetion // and sending the data out. void initiate_unanalyzed_poll(const ConfInfo& info, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx) { // Setup a client connection to the InfluxDB. SSLSession tmp_session(MsgHdr::TYPE_HTTP); tmp_session.Init(); // set aside buffer space tmp_session.SSLConn::Init(info.database_.c_str(), AF_INET, IPCOMM_DNS_RETRY_CNT); // init IPComm base class tmp_session.set_port(info.database_port_); tmp_session.set_blocking(); tmp_session.Socket(PF_INET, SOCK_STREAM, 0, ssl_context); //tmp_session.set_handle(tmp_session.fd()); // for now, set it to the socket if (error.Event()) { error.AppendMsg("initiate_unanalyzed_poll():"); return; } // Build a (HTTP) framing header and load the framing header into // our SSLSession's MsgHdr list. // // example: GET /query?db=xsight&q=select%20time%2C%20domain%2C%20dtn%2C%20netname%2C%20type%2C%20flow%2C%20value%20from%20analyzed%20where%20value%3D%270%27%20limit%202 char query_buf[kURLMaxSize]; snprintf(query_buf, kURLMaxSize - 1, "%s%s%s%d", kInfluxQueryDBPrefix, info.database_db_.c_str(), kInfluxQueryAnalyzed, info.database_poll_limit_); URL query_url; query_url.Init("https", info.database_.c_str(), info.database_port_, "query", strlen("query"), query_buf, strlen(query_buf), NULL); HTTPFraming query_http_hdr; query_http_hdr.InitRequest(HTTPFraming::GET, query_url); // Add HTTP message-headers (for basic auth & host). if (info.database_pw_.size() <= 0) { usage(); errx(EXIT_FAILURE, "Database password not set"); } struct rfc822_msg_hdr mime_msg_hdr; mime_msg_hdr.field_name = MIME_AUTHORIZATION; mime_msg_hdr.field_value = "Basic "; unsigned char* tmp_data = new unsigned char[info.database_pw_.size() + 1]; strncpy((char*)tmp_data, info.database_pw_.c_str(), info.database_pw_.size()); string b64_pw = Base64Encode(tmp_data, info.database_pw_.size()); mime_msg_hdr.field_value += b64_pw; query_http_hdr.AppendMsgHdr(mime_msg_hdr); mime_msg_hdr.field_name = MIME_HOST; mime_msg_hdr.field_value = info.database_.c_str(); query_http_hdr.AppendMsgHdr(mime_msg_hdr); logger.Log(LOG_DEBUG, "initiate_unanalyzed_poll(): Generated HTTP headers:\n%s", query_http_hdr.print_hdr(0).c_str()); MsgHdr tmp_msg_hdr(MsgHdr::TYPE_HTTP); tmp_msg_hdr.Init(++msg_id_hash, query_http_hdr); tmp_session.AddMsgBuf(query_http_hdr.print_hdr(0).c_str(), query_http_hdr.hdr_len(), "", 0, tmp_msg_hdr); if (error.Event()) { logger.Log(LOG_ERR, "initiate_unanalyzed_poll(): failed to build msg: %s", error.print().c_str()); return; } #if DEBUG_MUTEX_LOCK warnx("initiate_unanalyzed_poll(): requesting to_peers lock."); #endif pthread_mutex_lock(to_peers_mtx); to_peers->push_back(tmp_session); #if DEBUG_MUTEX_LOCK warnx("initiate_unanalyzed_poll(): releasing to_peers lock."); #endif pthread_mutex_unlock(to_peers_mtx); logger.Log(LOG_NOTICE, "Initiating poll to %s for next %d unanalyzed flows.", tmp_session.print_2tuple().c_str(), info.database_poll_limit_); } // Routine to *initiate* the sending of a GET request to the InFlux DB // for a specific flow's meta-data. // // Note, main()'s event-loop will take care of opening the connetion // and sending the data out. void initiate_flow_data_request(const ConfInfo& info, const string& flow, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx) { // Setup a client connection to the InfluxDB. SSLSession tmp_session(MsgHdr::TYPE_HTTP); tmp_session.Init(); // set aside buffer space tmp_session.SSLConn::Init(info.database_.c_str(), AF_INET, IPCOMM_DNS_RETRY_CNT); // init IPComm base class tmp_session.set_port(info.database_port_); tmp_session.set_blocking(); tmp_session.Socket(PF_INET, SOCK_STREAM, 0, ssl_context); //tmp_session.set_handle(tmp_session.fd()); // for now, set it to the socket if (error.Event()) { error.AppendMsg("initiate_flow_data_request():"); return; } // Build a (HTTP) framing header and load the framing header into // our SSLSession's MsgHdr list. // // TODO(aka) Each InFlux series should be controlled via the // command-line, e.g., Timeouts should be a flag, as should // DupAcksIn. // // example: GET /query?db=xsight&q=select%20flow%2C%20value%20from%20src_ip%2C%20Timeouts%2C%20DataOctetsIn%2C%20DupAcksIn%2C%20EndTime%20where%20flow%3D%2783e37d27-85fa-4cba-9ffc-fdd9329547e3%27 char query_buf[kURLMaxSize]; // Note, kInfluxQueryMetrics ends in "where flow='", so we must add // the flow along with the suffix (i.e., ' limit 1). snprintf(query_buf, kURLMaxSize - 1, "%s%s%s%s%s", kInfluxQueryDBPrefix, info.database_db_.c_str(), kInfluxQueryMetrics, flow.c_str(), kInfluxQueryMetricsSuffix); URL query_url; query_url.Init("https", info.database_.c_str(), info.database_port_, "query", strlen("query"), query_buf, strlen(query_buf), NULL); HTTPFraming query_http_hdr; query_http_hdr.InitRequest(HTTPFraming::GET, query_url); // Add HTTP message-headers (for basic auth & host). if (info.database_pw_.size() <= 0) { usage(); errx(EXIT_FAILURE, "Database password not set"); } struct rfc822_msg_hdr mime_msg_hdr; mime_msg_hdr.field_name = MIME_AUTHORIZATION; mime_msg_hdr.field_value = "Basic "; unsigned char* tmp_data = new unsigned char[info.database_pw_.size() + 1]; strncpy((char*)tmp_data, info.database_pw_.c_str(), info.database_pw_.size()); string b64_pw = Base64Encode(tmp_data, info.database_pw_.size()); mime_msg_hdr.field_value += b64_pw; query_http_hdr.AppendMsgHdr(mime_msg_hdr); mime_msg_hdr.field_name = MIME_HOST; mime_msg_hdr.field_value = info.database_.c_str(); query_http_hdr.AppendMsgHdr(mime_msg_hdr); logger.Log(LOG_DEBUG, "initiate_flow_data_request(): Generated HTTP headers:\n%s", query_http_hdr.print_hdr(0).c_str()); MsgHdr tmp_msg_hdr(MsgHdr::TYPE_HTTP); tmp_msg_hdr.Init(++msg_id_hash, query_http_hdr); tmp_session.AddMsgBuf(query_http_hdr.print_hdr(0).c_str(), query_http_hdr.hdr_len(), "", 0, tmp_msg_hdr); if (error.Event()) { logger.Log(LOG_ERR, "initiate_flow_data_request(): failed to build msg: %s", error.print().c_str()); return; } #if DEBUG_MUTEX_LOCK warnx("initiate_flow_data_request(): requesting to_peers lock."); #endif pthread_mutex_lock(to_peers_mtx); to_peers->push_back(tmp_session); #if DEBUG_MUTEX_LOCK warnx("initiate_flow_data_request(): releasing to_peers lock."); #endif pthread_mutex_unlock(to_peers_mtx); logger.Log(LOG_NOTICE, "Initiating request to %s for flow: %s.", tmp_session.print_2tuple().c_str(), flow.c_str()); } // Routine to *initiate* the sending of a POST request to the InFlux DB // to update a specific flow's analyzed value. // // Note, main()'s event-loop will take care of opening the connetion // and sending the data out. void initiate_analyzed_update(const ConfInfo& info, const int update_value, AnalyzedInfo* analyzed, SSLContext* ssl_context, list<SSLSession>* to_peers, pthread_mutex_t* to_peers_mtx) { // Setup a client connection to the InfluxDB. SSLSession tmp_session(MsgHdr::TYPE_HTTP); tmp_session.Init(); // set aside buffer space tmp_session.SSLConn::Init(info.database_.c_str(), AF_INET, IPCOMM_DNS_RETRY_CNT); // init IPComm base class tmp_session.set_port(info.database_port_); tmp_session.set_blocking(); tmp_session.Socket(PF_INET, SOCK_STREAM, 0, ssl_context); //tmp_session.set_handle(tmp_session.fd()); // for now, set it to the socket if (error.Event()) { error.AppendMsg("initiate_analyzed_update():"); return; } // Build a (HTTP) framing header and load the framing header into // our SSLSession's MsgHdr list. Our actual update data (series, // tags & value) will be sent as our message-body (so we'll need a // Content-Length!). // // example: char write_buf[kURLMaxSize]; snprintf(write_buf, kURLMaxSize - 1, "%s%s", kInfluxQueryDBPrefix, info.database_db_.c_str()); URL write_url; write_url.Init("https", info.database_.c_str(), info.database_port_, "write", strlen("write"), write_buf, strlen(write_buf), NULL); HTTPFraming write_http_hdr; write_http_hdr.InitRequest(HTTPFraming::POST, write_url); // Add HTTP message-headers (for basic auth, host, // Content-Type (x-www-form-urlencoded) & Content-Length). if (info.database_pw_.size() <= 0) { usage(); errx(EXIT_FAILURE, "Database password not set"); } struct rfc822_msg_hdr mime_msg_hdr; mime_msg_hdr.field_name = MIME_AUTHORIZATION; mime_msg_hdr.field_value = "Basic "; unsigned char* tmp_data = new unsigned char[info.database_pw_.size() + 1]; strncpy((char*)tmp_data, info.database_pw_.c_str(), info.database_pw_.size()); string b64_pw = Base64Encode(tmp_data, info.database_pw_.size()); mime_msg_hdr.field_value += b64_pw; write_http_hdr.AppendMsgHdr(mime_msg_hdr); mime_msg_hdr.field_name = MIME_HOST; mime_msg_hdr.field_value = info.database_.c_str(); write_http_hdr.AppendMsgHdr(mime_msg_hdr); mime_msg_hdr.field_name = MIME_CONTENT_TYPE; mime_msg_hdr.field_value = MIME_APP_X_WWW_FORM_URLENCODED; write_http_hdr.AppendMsgHdr(mime_msg_hdr); char msg_body[1024]; snprintf(msg_body, 1024 - 1, "analyzed,domain=%s,dtn=%s,netname=%s,type=%s,flow=%s " "value=%di %lld", analyzed->domain_.c_str(), analyzed->dtn_.c_str(), analyzed->netname_.c_str(), analyzed->type_.c_str(), analyzed->flow_.c_str(), update_value, analyzed->time_); mime_msg_hdr.field_name = MIME_CONTENT_LENGTH; char tmp_long_buf[64]; // field_value is a string, so must convert long snprintf(tmp_long_buf, 64, "%ld", (long)strlen(msg_body)); mime_msg_hdr.field_value = tmp_long_buf; write_http_hdr.AppendMsgHdr(mime_msg_hdr); //logger.Log(LOG_WARNING, "initiate_analyzed_update(): Generated HTTP headers:\n%s", write_http_hdr.print_hdr(0).c_str()); MsgHdr tmp_msg_hdr(MsgHdr::TYPE_HTTP); tmp_msg_hdr.Init(++msg_id_hash, write_http_hdr); if (error.Event()) { logger.Log(LOG_ERR, "initiate_analyzed_update(): failed to build msg: %s", error.print().c_str()); return; } // Add our MsgHdr & message to our SSL list. tmp_session.AddMsgBuf(write_http_hdr.print_hdr(0).c_str(), write_http_hdr.hdr_len(), msg_body, strlen(msg_body), tmp_msg_hdr); if (error.Event()) { logger.Log(LOG_ERR, "initiate_analyzed_update(): failed to build SSL: %s", error.print().c_str()); return; } #if DEBUG_MUTEX_LOCK warnx("initiate_analyzed_update(): requesting to_peers lock."); #endif pthread_mutex_lock(to_peers_mtx); to_peers->push_back(tmp_session); #if DEBUG_MUTEX_LOCK warnx("initiate_analyzed_update(): releasing to_peers lock."); #endif pthread_mutex_unlock(to_peers_mtx); logger.Log(LOG_NOTICE, "Initiating update to %s (flow, ts, value): " "%s, %lld, %d.", tmp_session.print_2tuple().c_str(), analyzed->flow_.c_str(), analyzed->time_, update_value); }
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/**************************************************************************** * Copyright (c) 2012-2020 by the DataTransferKit authors * * All rights reserved. * * * * This file is part of the DataTransferKit library. DataTransferKit is * * distributed under a BSD 3-clause license. For the licensing terms see * * the LICENSE file in the top-level directory. * * * * SPDX-License-Identifier: BSD-3-Clause * ****************************************************************************/ /*! * \file * \brief DTK initialization routines. */ #ifndef DTK_CORE_HPP #define DTK_CORE_HPP #include <Kokkos_Core.hpp> namespace DataTransferKit { // NOTE: trying to follow Tpetra // (trilinos/packages/tpetra/core/src/Tpetra_Core.hpp) /*! Initialize DTK * * Will initialize Kokkos if it was not previously initialized. */ template <typename... Args> void initialize( Args &&... args ); /*! Whether DTK is in initialized state */ bool isInitialized(); /*! Finalize DTK * * Will finalize Kokkos if it was initialized by DTK. */ void finalize(); } // namespace DataTransferKit #endif // DTK_CORE_HPP
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// // main.cpp // 0726-1004 // // Created by 袁子涵 on 15/7/28. // Copyright (c) 2015年 袁子涵. All rights reserved. // #include <iostream> #include <string.h> #include <stdio.h> using namespace std; int m,n,T; int maze[55][55]; int sum; void red(int x,int y) { int i=x,j=y; sum++; if (x==n-1) { maze[x][y]--; return; } maze[x][y]--; while (i<n && j>=0 && j<m) { i++; j++; if (maze[i][j]==1 || maze[i][j]==3) { maze[i][j]--; } else { break; } } return; } void blue(int x,int y) { int i=x,j=y; sum++; if (x==n-1) { maze[x][y]-=2; return; } maze[x][y]-=2; while (i<n && j>0 && j<m) { i++; j--; if (maze[i][j]==2 || maze[i][j]==3) { maze[i][j]-=2; } else { break; } } return; } void green(int x,int y) { red(x, y); blue(x, y); return; } void f(int num) { for (int i=0; i<m; i++) { switch (maze[num][i]) { case 1: red(num,i); break; case 2: blue(num,i); break; case 3: green(num,i); break; default: break; } } } int main(int argc, const char * argv[]) { char x[55]; int t; cin >> T; while (T--) { cin >> n; memset(maze, 0, sizeof(maze)); sum=0; for (int i=0; i<n; i++) { scanf("%s",x); m=strlen(x); t=0; while (t<m) { switch (x[t]) { case 'R': maze[i][t]=1; break; case 'B': maze[i][t]=2; break; case 'G': maze[i][t]=3; break; case '.': maze[i][t]=0; break; default: break; } t++; } } for (int i=0; i<n; i++) { f(i); } cout << sum << endl; } return 0; }
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#include <fstream> #include <iostream> #include <regex> #include <sstream> #include <string> #include <vector> std::vector<std::string> read_input() { std::vector<std::string> rval; std::string line; while (std::getline(std::cin, line)) { rval.emplace_back(line); } return rval; } uint32_t add_metadata(std::vector<std::uint32_t> const &data, size_t &index) { uint32_t metadata_sum = 0; uint32_t child_nodes = data[index++]; uint32_t metadata_nodes = data[index++]; for (size_t c = 0; c < child_nodes; c++) { metadata_sum += add_metadata(data, index); } for (size_t m = 0; m < metadata_nodes; m++) { metadata_sum += data[index++]; } return metadata_sum; } char node = 'A'; uint32_t get_node_value(std::vector<std::uint32_t> const &data, size_t &index) { uint32_t metadata_sum = 0; uint32_t child_nodes = data[index++]; uint32_t metadata_nodes = data[index++]; char this_node = node++; if (child_nodes == 0) { for (size_t m = 0; m < metadata_nodes; m++) { metadata_sum += data[index++]; } if (this_node == 'A') std::cout << "Node " << this_node << "= " << metadata_sum << std::endl; return metadata_sum; } std::vector<uint32_t> child_node_values; if (this_node == 'A') std::cout << "Node " << this_node << " has " << child_nodes << " child nodes." << std::endl; if (this_node == 'A') std::cout << "Node " << this_node << " has " << metadata_nodes << " meta data." << std::endl; for (size_t c = 0; c < child_nodes; c++) { uint32_t value = get_node_value(data, index); if (this_node == 'A') std::cout << this_node << ": child[" << c << "] = " << value << std::endl; child_node_values.emplace_back(value); } for (size_t m = 0; m < metadata_nodes; m++) { uint32_t metadata = data[index++]; if (this_node == 'A') std::cout << this_node << ": metadata[" << m << "] = " << metadata; if (metadata > child_node_values.size()) { if (this_node == 'A') std::cout << " .. skipping." << std::endl; continue; } if (this_node == 'A') { std::cout << std::endl; std::cout << "metadata =" << metadata << std::endl; std::cout << "adding " << child_node_values[metadata-1] << std::endl; } metadata_sum += child_node_values[metadata-1]; if (this_node == 'A') std::cout << "metadata_sum=" << metadata_sum <<std::endl; } if (this_node == 'A') { for (size_t c = 0; c < child_nodes; c++) { std::cout << "child node[" << c << "]=" << child_node_values[c] << std::endl; } for (size_t m = 0; m < metadata_nodes; m++) { } } std::cout << "Node " << this_node << "= " << metadata_sum << std::endl; return metadata_sum; } int main(int argc, char const *argv[]) { std::vector<std::string> args(argv, argv + argc); bool arg_fail = false; if (args.size() < 2 || (args[1] != "1" && args[1] != "2")) { arg_fail = true; } if (arg_fail) { std::cout << "Usage: " << args[0] << " [1|2]" << std::endl; exit(EXIT_FAILURE); } std::vector<uint32_t> data; { std::string line; std::getline(std::cin, line); std::istringstream f(line); std::string s; while (std::getline(f, s, ' ')) { data.emplace_back(std::stoi(s)); } } if (args[1] == "1") { uint32_t metadata_sum = 0; size_t index = 0; metadata_sum = add_metadata(data, index); std::cout << "Sum of meta data: " << metadata_sum << std::endl; } else if (args[1] == "2") { size_t index = 0; uint32_t result = get_node_value(data, index); std::cout << "Node value: " << result << std::endl; } else { std::cout << "really not implemented yet" << std::endl; exit(2); } exit(0); }
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BingoReceiver.h
#pragma once #include <QObject> class BingoReceiver : public QObject { Q_OBJECT public: BingoReceiver(int port); ~BingoReceiver(); void DataReceived(int buttonId); void SetupDataReceived(char *data); char *GetRemoteUsername(); int GetPort(); signals: void Received(int buttonId); void SetupDataParsed(); private: char* localUsername; char* m_remoteUsername; int boardSize; int ruleflags; int m_port; };
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/Control/SGTools/SGTools/BuiltinsClids.h
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BuiltinsClids.h
///////////////////////// -*- C++ -*- ///////////////////////////// /* Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration */ // BuiltinsClids.h // Header file for CLIDs for C++ builtins // Author: S.Binet<binet@cern.ch> /////////////////////////////////////////////////////////////////// #ifndef SGTOOLS_BUILTINSCLIDS_H #define SGTOOLS_BUILTINSCLIDS_H #include "AthenaKernel/CLASS_DEF.h" #include <string> CLASS_DEF( char , 81926032 , 1 ) CLASS_DEF( bool , 134610868 , 1 ) CLASS_DEF( int , 244260744 , 1 ) CLASS_DEF( unsigned int , 78410462 , 1 ) CLASS_DEF( long , 136869678 , 1 ) CLASS_DEF( unsigned long , 47413844 , 1 ) CLASS_DEF( unsigned long long , 70769527 , 1 ) CLASS_DEF( long long , 16133813 , 1 ) CLASS_DEF( float , 225912587 , 1 ) CLASS_DEF( double , 239989609 , 1 ) CLASS_DEF( std::string , 116449351 , 1 ) #endif // !SGTOOLS_BUILTINSCLIDS_H
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Roboticseo/Troickoe_120RTM_CVI_CT
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grid_arith_0829_1.inc
ARITHMETIC ARRCTMULT(,,1:40) = 1 PERMX(,,1:40) = 1.00005E-04*((PORO*100)^5.1) PERMX(,,41:79) = 4.02456E-02*EXP(44.17*PORO) PERMX = MIN(PERMX, 2000) PERMX(,,41:79) = ARRCTMULT * PERMX ARR001(,,1:40) = MAX((42.9+11.835*(PORO*100)-1.5613*(PORO*100)^2+0.06093*(PORO*100)^3-0.000782*(PORO*100)^4)*0.01,0.07) ARR001(,,41:79) = 0.01*(31040*(PORO*100)^-2.97) ARR002(,,1:40) = 0.01*(-1.966*LOG(PERMX/1000) + 28.084) * 1 ARR002(,,41:79) = 0.01*(-1.724 * LOG(PERMX/1000)+33.227) * 0.8 ARR003 = (ARR001 + ARR002) ARR003 = 1 - ARR003 NTG = NTG* (ARR003 >= 0.01) + 0 * (ARR003 < 0.01) PORO = PORO * (NTG >0) + 0* (NTG == 0) PERMX = PERMX * (NTG >0) + 0* (NTG == 0) PERMZ(,,41:79) = 0.5*PERMX PERMZ(,,1:40) = 0.5 * PERMX PERMX(,,71:71) = 0 PORO(,,71:71) = 0.01 NTG(,,71:71) = 1 PERMZ(,,71:71) = 0.1 MULTPV = 2 MULTPV(,,1:40) = MULTPV*(ARRDEPT<=1097) + 1*(ARRDEPT>1097) MULTPV(,,41:70) = MULTPV*(ARRDEPT<=1118) + 1*(ARRDEPT>1118) MULTPV(,,72:79) = 1 MULTPV =2 * (MULTPV ==1) + 1* (MULTPV !=1) MULTPV(1:69,1:1,1:79) = 100000* (MULTPV!=1)+1* (MULTPV==1) MULTPV(1:69,74:74,1:79) = 100000* (MULTPV!=1)+1* (MULTPV==1) MULTPV(1:1,1:74,1:79) = 100000* (MULTPV!=1)+1* (MULTPV==1) MULTPV(69:69,1:74,1:79) = 100000* (MULTPV!=1)+1* (MULTPV==1) MULTPV =1 * (MULTPV ==1) + 1* (MULTPV ==2) + MULTPV* (MULTPV >2) /
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/uaMobi/Datacore/UtilityEntities.cpp
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ston1x/UNARetail
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UtilityEntities.cpp
#include "UtilityEntities.h" #include "widgets/utils/ElementsStyles.h" QString SeparatorEntity::_toSql() const { return QString(); } static TemplatedTableHandler* nullTTH = new TemplatedTableHandler("sep", "id number", QStringList()); const TemplatedTableHandler* SeparatorEntity::_assocTable() const { return nullTTH; } QString SeparatorEntity::_formatedView(QString sep, QString dform) const { return QString().fill('-', AppFonts->howMuchCharacterFitsIntoScreen() - 2); } QString SeparatorEntity::_maximumInfoView(QString sep, QString dform) const { return QString().fill('-', AppFonts->howMuchCharacterFitsIntoScreen() - 2); } QString SeparatorEntity::_normalizedCsvView() const { return QString(); } bool SeparatorEntity::_isValid() const { return true; } bool SeparatorEntity::_fromSql(QSqlQuery*) { return true; } AbsEntity* SeparatorEntity::_clone() const { return new SeparatorEntity(); } QString SeparatorEntity::_getName() const { return QString().fill('-', AppFonts->howMuchCharacterFitsIntoScreen() - 2);; } double SeparatorEntity::_getEnumerable(int role) const { return -536474706.0; } void SeparatorEntity::_invalidate() { } static QStringList nulllist; const QStringList& SeparatorEntity::_getFields() const { return nulllist; } QString SeparatorEntity::_fullComparationQuery() const { return QString(); } SeparatorEntity::SeparatorEntity() : AbsEntity(int(barcodeUtil::barcodetypes::separatorNotBC)) { } SeparatorEntity::~SeparatorEntity() { }
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/01325hackingGroup.cpp
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[]
no_license
winnie-byun/baekjoon
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01325hackingGroup.cpp
#include <iostream> using namespace std; int compNum, inNum; int link[10002][10002]; int info[10002][2]; // 0 - num of data // 1 - num of comp to hack void print() { for (int i = 1; i <= compNum; i++) { cout << "Comp : " << i << "\tData : " << info[i][0] << "\tHack : " << info[i][1] << endl; for (int j = 0; j < compNum; j++) cout << link[i][j] << " "; cout << endl; } cout << endl; } int checkHackNum (int num) { // if counted before if (info[num][1] != -1) return info[num][1]; // if no availalbe computers else if (info[num][0] == 0) { info[num][1] = 1; return 1; } // count number of computers else { int hack = 1; for (int i = 0; i < info[num][0]; i++) hack += checkHackNum(link[num][i]); info[num][1] = hack; return hack; } } int main() { // get input int from, to; cin >> compNum >> inNum; for (int i = 1; i <= compNum; i++) info[i][1] = -1; for (int i = 0; i < inNum; i++) { cin >> to >> from; link[from][info[from][0]++] = to; } int max = checkHackNum(1); // check from front for (int i = 2; i <= compNum; i++) { int temp = checkHackNum(i); if (max < temp) max = temp; } // print if max for (int i = 1; i <= compNum; i++) if (max == info[i][1]) cout << i << " "; cout << endl; //print(); return 0; }
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/Game_Old/Game/Game/assembly.h
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TreasurePT/TreasurePT
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assembly.h
#pragma once extern LPVOID EditData; #define EAX 1 #define ECX 2 #define EDX 3 #define EBX 4 #define ESP 5 #define EBP 6 #define ESI 7 #define EDI 8 class CAssembly { public: void MakeBaseAddress( int Address ); void SetLastAddress( ); void AtualizeAddress( void* Address, bool Last = false ); void Push( int Var ); void JmpPtr( int Address ); void CallPtr( int Address ); void Jmp( int Address ); void Call( int Address ); void Pop( int Var ); void AddEsp( int Value ); void Retn( int AddEsp = 0 ); void Cmp( int Var, int Value ); void Test( int Var1, int Var2 ); void FillNops( int NumberOfNops, int Address = 0 ); void PushPtrEsp( int Value ); void LeaEax( int Value ); void ImulEaxEax( int Value ); void MovEax( int Var ); CAssembly( ) { }; CAssembly( int Address ) { MakeBaseAddress( Address ); }; protected: private: int m_Address; int m_LastAddress; DWORD m_VP; };
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/BetterPosture.ino
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[]
no_license
Mark-MDO47/BetterPosture
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refs/heads/master
2020-04-18T12:56:56.979204
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BetterPosture.ino
// We're including two Libraries, "Ultrasonic.h" and "FastLED.h" // FastLED.h gives us the ability to addres the WS2812 LEDs // "Ultrasonic.h" allows us to trigger and read the ultrasonic sensor #include "Ultrasonic.h" #include "FastLED.h" // Mark Olson 2016-09 // // adapted from TWIT-TV Know How https://twit.tv/shows/know-how/episodes/178 // major kudos to Fr. Robert Ballecer and Bryan Burnett for their show // and for pointing me to the FastLED library // major kudos to Daniel Garcia and Mark Kriegsman for the FANTASTIC FastLED library and examples!!! // // My buddy Jim and I pretty much re-wrote the code for our own sensibilities // // Using a moving average of the utrasound ranges so crazy individual readings don't goof us // // Discovered it REALLY helps to use AREF when using an analog signal; maybe that is needed due to // using inexpensive clone Arduino nano // Also using a software hysteresis. When the potentiometer is found to be in a certain interval // then we make it "sticky" by extending that interval a bit on both sides (POT_HYST_DELTA) // We are using an 8-LED stick #define NUM_LEDS 8 // We'll be using Digital Data Pin #3 to control the WS2812 LEDs #define LED_DATA_PIN 3 // This tells the ultrasonic library that the trigger pin is on digital 13 // This also tells the ultrasonic library that the echo pin is on digital 12 #define ULTRA_TRIG_PIN 13 #define ULTRA_ECHO_PIN 12 // we use the range value from the Ultrasonic sensor to decide we are in one of // ULTRA_REGION_NUM display ranges (or OFF) // ranges are mapped to appropriate entry in led_ultra_range_mapping[] array #define ULTRA_REGION_NUM 6 // we will use analog pin A0 to read the potentiometer // the potentiometer adjusts the desired car position (fine grain) #define ANLG_PIN 0 // These are the definitions for our software hysteresis // the setup() routine initializes the interval_* arrays // NOTE FIXME DEPENDS ON POT_RAW_NUM_INTVL BEING A POWER OF 2 AND EXACTLY DIVISIBLE INTO COUNTS #define POT_RAW_NUM_INTVL 16 // size of an interval #define POT_HYST_DELTA 4 // size extra size of hysteresis each side in counts #define POT_RAW_NUM_COUNTS 1024 // so max val is 1023 int interval_low[POT_RAW_NUM_INTVL]; int interval_high[POT_RAW_NUM_INTVL]; int interval_hyst_low[POT_RAW_NUM_INTVL]; int interval_hyst_high[POT_RAW_NUM_INTVL]; // Creates an array with the length set by NUM_LEDS above // This is the array the library will read to determine how each LED in the strand should be set CRGB led_display[NUM_LEDS]; CRGB led_ultra_range_mapping[8 * NUM_LEDS] = { \ CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, \ CRGB::Orange, CRGB::Orange, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Orange, \ CRGB::Orange, CRGB::Orange, CRGB::Orange, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Green, CRGB::Orange, \ CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Orange, CRGB::Orange, CRGB::Orange, CRGB::Red, \ CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Orange, CRGB::Orange, CRGB::Red, \ CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Orange, CRGB::Red, \ CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, CRGB::Red, \ CRGB::Black, CRGB::Black, CRGB::Black, CRGB::Black, CRGB::Black, CRGB::Black, CRGB::Black, CRGB::Black}; int blnk_cnt = 0; int blnk_on = 0; #define BLNK_CNT_MAX 5 // for now - DEBUG FIXME calc range from potentiometer #define RANGE_MVNG_AVG_NUM 8 int range_mvng_avg_array[RANGE_MVNG_AVG_NUM] = { 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000 }; int range_mvng_avg_idx = 0; // Now we're going to initialize an instance from the Ultrasonic Sensor library with our pin numbers // The sensor itself needs four leads: ground, vcc, trigger, and echo Ultrasonic ultrasonic(ULTRA_TRIG_PIN,ULTRA_ECHO_PIN); // copy_leds does the copying of the CRGB values // also takes care of blinking void copy_leds(int idx, CRGB *from, CRGB *to) { for (int i = 0; i < NUM_LEDS; i += 1) { to[i] = from[i + NUM_LEDS * idx]; } // do we need to blink the edges blnk_cnt += 1; blnk_cnt %= BLNK_CNT_MAX; if (0 == blnk_cnt) blnk_on ^= 1; if ((idx > 2) && (1 == blnk_on)) { to[0] = CRGB::Black; to[NUM_LEDS-1] = CRGB::Black; } } // setup() // initializes FastLED library for our config // initializes serial port // initializes hysteresis range arrays void setup() { FastLED.addLeds<NEOPIXEL,LED_DATA_PIN>(led_display, NUM_LEDS); Serial.begin(9600); Serial.println("setup"); int raw_num_per_intvl = (POT_RAW_NUM_COUNTS / POT_RAW_NUM_INTVL); for (int i = 0; i < POT_RAW_NUM_INTVL; i += 1) { interval_low[i] = raw_num_per_intvl * i; interval_high[i] = interval_low[i] + raw_num_per_intvl - 1; interval_hyst_low[i] = max(0, interval_low[i] - POT_HYST_DELTA); interval_hyst_high[i] = min(POT_RAW_NUM_COUNTS - 1, interval_high[i] + POT_HYST_DELTA); Serial.print(i); Serial.print(", "); Serial.print(interval_low[i]); Serial.print(", "); Serial.print(interval_high[i]); Serial.print(", "); Serial.print(interval_hyst_low[i]); Serial.print(", "); Serial.println(interval_hyst_high[i]); } delay(1000); } // loop() // sorry; gets a little complex here ... ;^) // // we read the potentiometer and calculate its interval using hysteresis // note: normally the potentiometer only moved during calibration // using this we calculate the range_regions[] to use for the ultrasonic ranging // // we get the range from the instance of the Ultrasonic library and pass it // through a moving average (a low pass filter (LPF) with some zeros) // // we calculate what region the LPF range is in with a check for "no ultrasound bounce" return // the index of that region is the index into led_ultra_range_mapping[] for display // so we call copy_leds() with that index // copy_leds() takes care of LED blinking using a count based on time // void loop() { static int idx = 0; static int range_regions_min[ULTRA_REGION_NUM] = { 42, 32, 27, 17, 12, 7 }; static int range_regions[ULTRA_REGION_NUM] = { 42, 32, 27, 17, 12, 7 }; static int range_avg; static int potIntvl = 0; // number calculated from potentiometer using hysteresis; previous at entry static int once = 0; if (0 == once) { once = 1; Serial.println("loop"); } int aRead = analogRead(ANLG_PIN); // This checks the pot connected to Analog Pin - and gives us a value between 0-1024 // calculate next potIntvl using hysteresis. If still in expanded region of past poTintvl, no change if ((aRead <= interval_hyst_low[potIntvl]) || (aRead >= interval_hyst_high[potIntvl])) { for (int i = 0; i < POT_RAW_NUM_INTVL; i += 1) { if ((aRead >= interval_low[i]) && (aRead <= interval_high[i])) { potIntvl = i; break; } } } for (int i = 0; i < ULTRA_REGION_NUM; i += 1) { range_regions[i] = range_regions_min[i] + potIntvl; } //Serial.print(aRead); //Serial.print(", "); //Serial.println(potVal); // This creates an integer variable called "range", then fills it with the range from the Ultrasonic sensor in centimeters int range=(ultrasonic.Ranging(CM)); //Serial.println(range); range_mvng_avg_array[range_mvng_avg_idx] = range; range_mvng_avg_idx = (range_mvng_avg_idx + 1) % RANGE_MVNG_AVG_NUM; // brute force moving average range_avg = 0; for (int i = 0; i < RANGE_MVNG_AVG_NUM; i += 1) { //Serial.print(range_avg); //Serial.print(", "); range_avg += range_mvng_avg_array[i]; } //Serial.println(range_avg); range_avg /= RANGE_MVNG_AVG_NUM; //Serial.println(range_avg); // compute regions for range measurement // see what region idx we are in idx = ULTRA_REGION_NUM; for (int i = 0; i < ULTRA_REGION_NUM; i += 1) { if (range_avg > range_regions[i]) { idx = i; break; } } if (range_avg > 2200) idx = 7; // DEBUG FIXME what is correct bounce not returning value //Serial.println(idx); copy_leds(idx, led_ultra_range_mapping, led_display); FastLED.setBrightness(60); FastLED.show(); delay(100); }
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/cpp/coin_change.cpp
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[]
no_license
sumansourabh26/everyday_codes
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coin_change.cpp
#include<simplecpp> void change(int totallevel,int level, int domination[],int countlvl[], int left){ if(level>totallevel){ cout<<"-1"; return ; } if(level<=totallevel){ if(left==0){ int count=0; for(int i=0;i<totallevel;i++){ count=count+countlvl[i]; } cout<<count; return ; } if(left!=0){ if(countlvl[>0){ countlvl[level]=left/domination[level]; left=left%domination[level]; change(totallevel,level-1,domination[],countlvl[],left); } if(level==0){ countlevel[level]=countlevel[level]-1; change(totallevel,level+1,domination,countlevel,left=left+domination[level+1]; } } } int main(){ int level; cin>>level; int totallevel=level; int domination[level]; for(int i=0;i<level; i++){ cin>>domination[i]; } int left,countlvl[level]; cin>>left; for(int i=0;i<level;i++){ countlvl[i]=0; } change(totallevel,level-1, domination,countlvl,left); }
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/tusa9/apps/chat/remove_old_vote.cpp
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akakist/tusa-chat
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remove_old_vote.cpp
#include <stdio.h> #include "st_stuff.h" #include "str_lib.h" #include "mysql_extens.h" #include <time.h> int main() { MYSQL *_dbh=new MYSQL; mysql_init(_dbh); MYSQL *res=mysql_real_connect(_dbh,NULL,NULL,NULL,"chat",0,NULL,0); if(!res) { logErr("chat_sender: mysql_real_connect failed to %s","chat"); exit(1); } cMYSQL *dbh=new cMYSQL(_dbh); dbh->connected=true; time_t t=time(NULL)-345600; //older 4 days vector<string> v=dbh->select_1_column("select id from grant_vote where status!=0 and add_date<='"+date2mysql(t)+"'"); for(int i=0;i<v.size();i++){ dbh->real_query("delete from grant_agrees where gid="+v[i]); dbh->real_query("delete from grant_messages where gid="+v[i]); dbh->real_query("delete from grant_vote where id="+v[i]); dbh->real_query("delete from grant_readden where gid="+v[i]); printf("removed vote id=%s\n",v[i].c_str()); } return 0; }
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/Lobby/netdrv/source/KwNetSocket.cpp
23702e515c02bcca292c9f4b850fac448799cf54
[]
no_license
callmechiefdom/FBServer
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refs/heads/master
2021-09-15T15:28:34.318580
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cpp
KwNetSocket.cpp
#include "KwNetPrivate.h" #include "KwNetSocket.h" #ifdef __WINDOWS__ #else #endif #if __LINUX__ #if !ANDROID // Android平台已经定义了此变量 [JiangWei] extern int32 errno; #endif pthread_t tid; void *ThreadEntrySample(void *derivedThread) { int i = 0; errno = 300; printf("other error=%d\r\n",errno); errno = 200; return NULL; } void LinuxThreadSample() { pthread_create(&tid, 0, ThreadEntrySample, 0); } #endif char ErrorMessage[_ESIZE] ; int32 fcntl_ex ( int32 fd , int32 cmd , long arg ) { GUARD #if __LINUX__ int32 result = fcntl ( fd , cmd , arg ); if ( result < 0 ) { switch ( errno ) { case EINTR : case EINVAL : case EBADF : case EACCES : case EAGAIN : case EDEADLK : case EMFILE : case ENOLCK : default : { break; } } } return result; #elif __WINDOWS__ return 0 ; #endif UNGUARD } void ioctl_ex ( int32 fd , int32 request , void * argp ) { GUARD #if __LINUX__ if ( ioctl(fd,request,argp) < 0 ) { switch ( errno ) { case EBADF : case ENOTTY : case EINVAL : default : { break; } } } #elif __WINDOWS__ #endif UNGUARD } uint32 availablefile_ex ( int32 fd ) { GUARD #if __LINUX__ uint32 arg = 0; ioctl_ex(fd,FIONREAD,&arg); return arg; #elif __WINDOWS__ return 0; #endif UNGUARD } #ifdef WIN32 #ifndef snprintf #define snprintf _snprintf_s #endif #endif #define NET_OK (0) #define NET_ERR (-1) static int createSocket(int domain) { int s, on = 1; if ((s = socket(domain, SOCK_STREAM, 0)) == -1) { snprintf(ErrorMessage, _ESIZE, "creating socket: %s", strerror(errno)); return NET_ERR; } /* Make sure connection-intensive things like the redis benckmark * will be able to close/open sockets a zillion of times */ #ifdef WIN32 if (setsockopt(s, SOL_SOCKET, SO_REUSEADDR, (const char*)&on, sizeof(on)) == -1) { #else if (setsockopt(s, SOL_SOCKET, SO_REUSEADDR, &on, sizeof(on)) == -1) { #endif snprintf(ErrorMessage, _ESIZE, "setsockopt SO_REUSEADDR: %s", strerror(errno)); return NET_ERR; } return s; } static int tcpGenericConnect(char *addr, int port) { int s; struct sockaddr_in* sa_v4; ////////////////////////////////////////////////////////////////////////// //判定网络类型 指定特定接口信息 struct addrinfo *result; struct addrinfo *res; struct addrinfo _addrinfo; memset(&_addrinfo, 0, sizeof(_addrinfo)); _addrinfo.ai_family = AF_UNSPEC; _addrinfo.ai_socktype = SOCK_STREAM; _addrinfo.ai_protocol = IPPROTO_TCP; char service_port[25] = { 0 }; //itoa(port, service_port, 10); snprintf(service_port, sizeof(service_port), "%d", port); int error = getaddrinfo(addr, service_port, &_addrinfo, &result); if (0 != error) { snprintf(ErrorMessage, _ESIZE, "getaddrinfo failed"); return NET_ERR; } for (res = result; res != NULL; res = res->ai_next) { if (AF_INET6 == res->ai_addr->sa_family) { char buf[128] = { 0 }; sa_v4 = (struct sockaddr_in*)res->ai_addr; inet_ntop(AF_INET6, &((reinterpret_cast<struct sockaddr_in6*>(sa_v4))->sin6_addr), buf, 128); if ((s = createSocket(res->ai_family)) == NET_ERR) goto genericerr; struct sockaddr_in6 svraddr; memset(&svraddr, 0, sizeof(svraddr)); //注意初始化 svraddr.sin6_family = AF_INET6; svraddr.sin6_port = htons(port); if (inet_pton(AF_INET6, buf, &svraddr.sin6_addr) < 0) { snprintf(ErrorMessage, _ESIZE, "inet_pton failed: %s", addr); goto genericerr; } if (connect(s, (struct sockaddr*)&svraddr, sizeof(svraddr)) == -1) { if (errno == EINPROGRESS) break; snprintf(ErrorMessage, _ESIZE, "connect: %s", strerror(errno)); #ifdef WIN32 closesocket(s); #else close(s); #endif goto genericerr; } break; } else if (AF_INET == res->ai_addr->sa_family) { char buf[32] = {}; sa_v4 = (struct sockaddr_in*)res->ai_addr; inet_ntop(AF_INET, &sa_v4->sin_addr, buf, 32); if ((s = createSocket(res->ai_family)) == NET_ERR) goto genericerr; struct sockaddr_in svraddr; svraddr.sin_family = AF_INET; svraddr.sin_port = htons(port); #ifdef WIN32 svraddr.sin_addr.s_addr = inet_addr(buf); if (0) { #else if (inet_aton(buf, &svraddr.sin_addr) == 0) { #endif struct hostent *he; he = gethostbyname(addr); if (he == NULL) { snprintf(ErrorMessage, _ESIZE, "can't resolve: %s", addr); #ifdef WIN32 closesocket(s); #else close(s); #endif return NET_ERR; } memcpy(&svraddr.sin_addr, he->h_addr, sizeof(struct in_addr)); } if (connect(s, (struct sockaddr*)&svraddr, sizeof(svraddr)) == -1) { if (errno == EINPROGRESS) break; snprintf(ErrorMessage, _ESIZE, "connect: %s", strerror(errno)); #ifdef WIN32 closesocket(s); #else close(s); #endif goto genericerr; } break; } } freeaddrinfo(res); return s; genericerr: freeaddrinfo(res); return NET_ERR; } SOCKET SOCKET_BASIC::socket_ex ( int32 domain , int32 type , int32 protocol ) { GUARD SOCKET s = ::socket(domain,type,protocol); if ( s == INVALID_SOCKET ) { #if __LINUX__ switch ( errno ) { case EPROTONOSUPPORT : strncpy( ErrorMessage, "EPROTONOSUPPORT", _ESIZE ) ; break; case EMFILE : strncpy( ErrorMessage, "EMFILE", _ESIZE ) ; break; case ENFILE : strncpy( ErrorMessage, "ENFILE", _ESIZE ) ; break; case EACCES : strncpy( ErrorMessage, "EACCES", _ESIZE ) ; break; case ENOBUFS : strncpy( ErrorMessage, "ENOBUFS", _ESIZE ) ; break; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEAFNOSUPPORT : strncpy( ErrorMessage, "WSAEAFNOSUPPORT", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEMFILE : strncpy( ErrorMessage, "WSAEMFILE", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAEPROTONOSUPPORT : strncpy( ErrorMessage, "WSAEPROTONOSUPPORT", _ESIZE ) ; break ; case WSAEPROTOTYPE : strncpy( ErrorMessage, "WSAEPROTOTYPE", _ESIZE ) ; break ; case WSAESOCKTNOSUPPORT : strncpy( ErrorMessage, "WSAESOCKTNOSUPPORT", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif } return s; UNGUARD return INVALID_SOCKET ; } BOOL SOCKET_BASIC::bind_ex ( SOCKET s , const struct sockaddr * addr , uint32 addrlen ) { GUARD if ( ::bind ( s , addr , addrlen ) == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EADDRINUSE : strncpy( ErrorMessage, "EADDRINUSE", _ESIZE ) ; break; case EINVAL : strncpy( ErrorMessage, "EINVAL", _ESIZE ) ; break; case EACCES : strncpy( ErrorMessage, "EACCES", _ESIZE ) ; break; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break; case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break; case EROFS : strncpy( ErrorMessage, "EROFS", _ESIZE ) ; break; case EFAULT : strncpy( ErrorMessage, "EFAULT", _ESIZE ) ; break; case ENAMETOOLONG : strncpy( ErrorMessage, "ENAMETOOLONG", _ESIZE ) ; break; case ENOENT : strncpy( ErrorMessage, "ENOENT", _ESIZE ) ; break; case ENOMEM : strncpy( ErrorMessage, "ENOMEM", _ESIZE ) ; break; case ENOTDIR : strncpy( ErrorMessage, "ENOTDIR", _ESIZE ) ; break; case ELOOP : strncpy( ErrorMessage, "ELOOP", _ESIZE ) ; break; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSAESOCKTNOSUPPORT", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEADDRINUSE : strncpy( ErrorMessage, "WSAEADDRINUSE", _ESIZE ) ; break ; case WSAEADDRNOTAVAIL : strncpy( ErrorMessage, "WSAEADDRNOTAVAIL", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif return FALSE ; } return TRUE ; UNGUARD return FALSE ; } BOOL SOCKET_BASIC::connect_ex ( SOCKET s , const struct sockaddr * addr , uint32 addrlen ) { GUARD if ( ::connect(s,addr,addrlen) == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EALREADY : strncpy( ErrorMessage, "EALREADY", _ESIZE ) ; break; case EINPROGRESS : strncpy( ErrorMessage, "EINPROGRESS", _ESIZE ) ; break; case ECONNREFUSED : strncpy( ErrorMessage, "ECONNREFUSED", _ESIZE ) ; break; case EISCONN : strncpy( ErrorMessage, "EISCONN", _ESIZE ) ; break; case ETIMEDOUT : strncpy( ErrorMessage, "ETIMEDOUT", _ESIZE ) ; break; case ENETUNREACH : strncpy( ErrorMessage, "ENETUNREACH", _ESIZE ) ; break; case EADDRINUSE : strncpy( ErrorMessage, "EADDRINUSE", _ESIZE ) ; break; case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break; case EFAULT : strncpy( ErrorMessage, "EFAULT", _ESIZE ) ; break; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEADDRINUSE : strncpy( ErrorMessage, "WSAEADDRINUSE", _ESIZE ) ; break ; case WSAEINTR : strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEALREADY : strncpy( ErrorMessage, "WSAEALREADY", _ESIZE ) ; break ; case WSAEADDRNOTAVAIL : strncpy( ErrorMessage, "WSAEADDRNOTAVAIL", _ESIZE ) ; break ; case WSAEAFNOSUPPORT : strncpy( ErrorMessage, "WSAEAFNOSUPPORT", _ESIZE ) ; break ; case WSAECONNREFUSED : strncpy( ErrorMessage, "WSAECONNREFUSED", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAEISCONN : strncpy( ErrorMessage, "WSAEISCONN", _ESIZE ) ; break ; case WSAENETUNREACH : strncpy( ErrorMessage, "WSAENETUNREACH", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAETIMEDOUT : strncpy( ErrorMessage, "WSAETIMEDOUT", _ESIZE ) ; break ; case WSAEWOULDBLOCK : strncpy( ErrorMessage, "WSAEWOULDBLOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif return FALSE ; } return TRUE ; UNGUARD return FALSE ; } BOOL SOCKET_BASIC::listen_ex ( SOCKET s , uint32 backlog ) { GUARD if ( ::listen( s , backlog ) == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break; case EOPNOTSUPP : strncpy( ErrorMessage, "EOPNOTSUPP", _ESIZE ) ; break; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEADDRINUSE : strncpy( ErrorMessage, "WSAEADDRINUSE", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAEISCONN : strncpy( ErrorMessage, "WSAEISCONN", _ESIZE ) ; break ; case WSAEMFILE : strncpy( ErrorMessage, "WSAEMFILE", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEOPNOTSUPP : strncpy( ErrorMessage, "WSAEOPNOTSUPP", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif return FALSE ; } return TRUE ; UNGUARD return FALSE ; } SOCKET SOCKET_BASIC::accept_ex ( SOCKET s , struct sockaddr * addr , uint32 * addrlen ) { GUARD #if __LINUX__ SOCKET client = ::accept( s , addr , addrlen ); #elif __WINDOWS__ SOCKET client = ::accept( s , addr , (int*)addrlen ); #endif if ( client == INVALID_SOCKET ) { #if __LINUX__ switch ( errno ) { case EWOULDBLOCK : strncpy( ErrorMessage, "EWOULDBLOCK", _ESIZE ) ; break; case ECONNRESET : strncpy( ErrorMessage, "ECONNRESET", _ESIZE ) ; break; case ECONNABORTED : strncpy( ErrorMessage, "ECONNABORTED", _ESIZE ) ; break; case EPROTO : strncpy( ErrorMessage, "EPROTO", _ESIZE ) ; break; case EINTR : strncpy( ErrorMessage, "EINTR", _ESIZE ) ; break; case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break; case EOPNOTSUPP : strncpy( ErrorMessage, "EOPNOTSUPP", _ESIZE ) ; break; case EFAULT : strncpy( ErrorMessage, "EFAULT", _ESIZE ) ; break; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINTR : strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAEMFILE : strncpy( ErrorMessage, "WSAEMFILE", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEOPNOTSUPP : strncpy( ErrorMessage, "WSAEOPNOTSUPP", _ESIZE ) ; break ; case WSAEWOULDBLOCK : strncpy( ErrorMessage, "WSAEWOULDBLOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif } else { } return client; UNGUARD return INVALID_SOCKET ; } BOOL SOCKET_BASIC::getsockopt_ex ( SOCKET s , int32 level , int32 optname , void * optval , uint32 * optlen ) { GUARD #if __LINUX__ if ( ::getsockopt( s , level , optname , optval , optlen ) == SOCKET_ERROR ) { switch ( errno ) { case EBADF : case ENOTSOCK : case ENOPROTOOPT : case EFAULT : default : { break; } } return FALSE ; } #elif __WINDOWS__ if ( ::getsockopt( s , level , optname , (char*)optval , (int*)optlen ) == SOCKET_ERROR ) { int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAENOPROTOOPT : strncpy( ErrorMessage, "WSAENOPROTOOPT", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; return FALSE ; } #endif return TRUE ; UNGUARD return FALSE ; } uint32 SOCKET_BASIC::getsockopt_ex2 ( SOCKET s , int32 level , int32 optname , void * optval , uint32 * optlen ) { GUARD #if __LINUX__ if ( ::getsockopt( s , level , optname , optval , optlen ) == SOCKET_ERROR ) { switch ( errno ) { case EBADF : return 1; case ENOTSOCK : return 2; case ENOPROTOOPT : return 3; case EFAULT : return 4; default : return 5; } } return 0; #elif __WINDOWS__ if ( getsockopt( s , level , optname , (char*)optval , (int*)optlen ) == SOCKET_ERROR ) { int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED: strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN: strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEFAULT: strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINPROGRESS: strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL: strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAENOPROTOOPT: strncpy( ErrorMessage, "WSAENOPROTOOPT", _ESIZE ) ; break ; case WSAENOTSOCK: strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; } } #endif return 0; UNGUARD return 5; } BOOL SOCKET_BASIC::setsockopt_ex ( SOCKET s , int32 level , int32 optname , const void * optval , uint32 optlen ) { GUARD #if __LINUX__ if ( ::setsockopt( s , level , optname , optval , optlen ) == SOCKET_ERROR ) { switch ( errno ) { case EBADF : case ENOTSOCK : case ENOPROTOOPT : case EFAULT : default : { break; } } return FALSE ; } #elif __WINDOWS__ if ( ::setsockopt( s , level , optname , (char*)optval , optlen ) == SOCKET_ERROR ) { int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAENETRESET : strncpy( ErrorMessage, "WSAENETRESET", _ESIZE ) ; break ; case WSAENOPROTOOPT : strncpy( ErrorMessage, "WSAENOPROTOOPT", _ESIZE ) ; break ; case WSAENOTCONN : strncpy( ErrorMessage, "WSAENOTCONN", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; return FALSE ; } #endif return TRUE ; UNGUARD return FALSE ; } uint32 SOCKET_BASIC::send_ex ( SOCKET s , const void * buf , uint32 len , uint32 flags ) { GUARD int32 nSent; _NET_TRY { #if __LINUX__ nSent = ::send(s,buf,len,flags); #elif __WINDOWS__ nSent = ::send(s,(const char *)buf,len,flags); #endif if ( nSent == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EWOULDBLOCK : return SOCKET_ERROR_WOULDBLOCK; case ECONNRESET : strncpy( ErrorMessage, "ECONNRESET", _ESIZE ) ; break ; case EPIPE : strncpy( ErrorMessage, "EPIPE", _ESIZE ) ; break ; case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break ; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break ; case EFAULT : strncpy( ErrorMessage, "EFAULT", _ESIZE ) ; break ; case EMSGSIZE : strncpy( ErrorMessage, "EMSGSIZE", _ESIZE ) ; break ; case ENOBUFS : strncpy( ErrorMessage, "ENOBUFS", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEACCES : strncpy( ErrorMessage, "WSAEACCES", _ESIZE ) ; break ; case WSAEINTR : strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAENETRESET : strncpy( ErrorMessage, "WSAENETRESET", _ESIZE ) ; break ; case WSAENOBUFS : strncpy( ErrorMessage, "WSAENOBUFS", _ESIZE ) ; break ; case WSAENOTCONN : strncpy( ErrorMessage, "WSAENOTCONN", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEOPNOTSUPP : strncpy( ErrorMessage, "WSAEOPNOTSUPP", _ESIZE ) ; break ; case WSAESHUTDOWN : strncpy( ErrorMessage, "WSAESHUTDOWN", _ESIZE ) ; break ; case WSAEWOULDBLOCK : return SOCKET_ERROR_WOULDBLOCK ; break ; case WSAEMSGSIZE : strncpy( ErrorMessage, "WSAEMSGSIZE", _ESIZE ) ; break ; case WSAEHOSTUNREACH : strncpy( ErrorMessage, "WSAEHOSTUNREACH", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAECONNABORTED : strncpy( ErrorMessage, "WSAECONNABORTED", _ESIZE ) ; break ; case WSAECONNRESET : strncpy( ErrorMessage, "WSAECONNRESET", _ESIZE ) ; break ; case WSAETIMEDOUT : strncpy( ErrorMessage, "WSAETIMEDOUT", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif } else if ( nSent == 0 ) { } } _NET_CATCH { } return nSent; UNGUARD return 0 ; } uint32 SOCKET_BASIC::sendto_ex ( SOCKET s , const void * buf , int32 len , uint32 flags , const struct sockaddr * to , int32 tolen ) { GUARD #if __LINUX__ int32 nSent = ::sendto(s,buf,len,flags,to,tolen); #elif __WINDOWS__ int32 nSent = ::sendto(s,(const char *)buf,len,flags,to,tolen); #endif if ( nSent == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EWOULDBLOCK : return 0; case ECONNRESET : case EPIPE : case EBADF : case ENOTSOCK : case EFAULT : case EMSGSIZE : case ENOBUFS : default : { break; } } #elif __WINDOWS__ #endif } return nSent; UNGUARD return 0 ; } uint32 SOCKET_BASIC::recv_ex ( SOCKET s , void * buf , uint32 len , uint32 flags ) { GUARD #if __LINUX__ int32 nrecv = ::recv(s,buf,len,flags); #elif __WINDOWS__ int32 nrecv = ::recv(s,(char*)buf,len,flags); #endif if ( nrecv == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EWOULDBLOCK : return SOCKET_ERROR_WOULDBLOCK; case ECONNRESET : strncpy( ErrorMessage, "ECONNRESET", _ESIZE ) ; break ; case EPIPE : strncpy( ErrorMessage, "EPIPE", _ESIZE ) ; break ; case EBADF : strncpy( ErrorMessage, "EBADF", _ESIZE ) ; break ; case ENOTCONN : strncpy( ErrorMessage, "ENOTCONN", _ESIZE ) ; break ; case ENOTSOCK : strncpy( ErrorMessage, "ENOTSOCK", _ESIZE ) ; break ; case EINTR : strncpy( ErrorMessage, "EINTR", _ESIZE ) ; break ; case EFAULT : strncpy( ErrorMessage, "EFAULT", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAENOTCONN : strncpy( ErrorMessage, "WSAENOTCONN", _ESIZE ) ; break ; case WSAEINTR : strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAENETRESET : strncpy( ErrorMessage, "WSAENETRESET", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEOPNOTSUPP : strncpy( ErrorMessage, "WSAEOPNOTSUPP", _ESIZE ) ; break ; case WSAESHUTDOWN : strncpy( ErrorMessage, "WSAESHUTDOWN", _ESIZE ) ; break ; case WSAEWOULDBLOCK : return SOCKET_ERROR_WOULDBLOCK ; break ; case WSAEMSGSIZE : strncpy( ErrorMessage, "WSAEMSGSIZE", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAECONNABORTED : strncpy( ErrorMessage, "WSAECONNABORTED", _ESIZE ) ; break ; case WSAETIMEDOUT : strncpy( ErrorMessage, "WSAETIMEDOUT", _ESIZE ) ; break ; case WSAECONNRESET : strncpy( ErrorMessage, "WSAECONNRESET", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif } else if ( nrecv == 0 ) { } return nrecv; UNGUARD return 0 ; } uint32 SOCKET_BASIC::recvfrom_ex ( SOCKET s , void * buf , int32 len , uint32 flags , struct sockaddr * from , uint32 * fromlen ) { GUARD #if __LINUX__ int32 nRec = ::recvfrom(s,buf,len,flags,from,fromlen); #elif __WINDOWS__ int32 nRec = ::recvfrom(s,(char*)buf,len,flags,from,(int*)fromlen); #endif if ( nRec == SOCKET_ERROR ) { #if __LINUX__ switch ( errno ) { case EWOULDBLOCK : return SOCKET_ERROR_WOULDBLOCK; case ECONNRESET : case EPIPE : case EBADF : case ENOTCONN : case ENOTSOCK : case EINTR : case EFAULT : default : { break; } } #elif __WINDOWS__ #endif } return nRec; UNGUARD return 0 ; } BOOL SOCKET_BASIC::closesocket_ex ( SOCKET s ) { GUARD #if __LINUX__ ::close(s); #elif __WINDOWS__ if ( ::closesocket(s) == SOCKET_ERROR ) { int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAEINTR : strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEWOULDBLOCK : strncpy( ErrorMessage, "WSAEWOULDBLOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; return FALSE ; } #endif return TRUE ; UNGUARD return FALSE ; } BOOL SOCKET_BASIC::ioctlsocket_ex ( SOCKET s , long cmd , unsigned long * argp ) { GUARD #if __LINUX__ #elif __WINDOWS__ if ( ::ioctlsocket(s,cmd,argp) == SOCKET_ERROR ) { int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; case WSAEFAULT : strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; return FALSE ; } #endif return TRUE ; UNGUARD return FALSE ; } BOOL SOCKET_BASIC::getsocketnonblocking_ex ( SOCKET s ) { GUARD #if __LINUX__ int32 flags = fcntl_ex( s , F_GETFL , 0 ); return flags | O_NONBLOCK; #elif __WINDOWS__ return FALSE ; #endif UNGUARD return FALSE ; } BOOL SOCKET_BASIC::setsocketnonblocking_ex ( SOCKET s , BOOL on ) { GUARD #if __LINUX__ int32 flags = fcntl_ex( s , F_GETFL , 0 ); if ( on ) flags |= O_NONBLOCK; else flags &= ~O_NONBLOCK; fcntl_ex( s , F_SETFL , flags ); return TRUE; #elif __WINDOWS__ ULONG argp = ( on == TRUE ) ? 1 : 0; return ioctlsocket_ex( s,FIONBIO,&argp); #endif UNGUARD return FALSE ; } uint32 SOCKET_BASIC::availablesocket_ex ( SOCKET s ) { GUARD #if __LINUX__ return availablefile_ex(s); #elif __WINDOWS__ ULONG argp = 0; ioctlsocket_ex(s,FIONREAD,&argp); return argp; #endif UNGUARD return 0 ; } BOOL SOCKET_BASIC::shutdown_ex ( SOCKET s , uint32 how ) { GUARD if ( ::shutdown(s,how) < 0 ) { #if __LINUX__ switch ( errno ) { case EBADF : case ENOTSOCK : case ENOTCONN : default : { break; } } #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAENETDOWN : strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEINVAL : strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAEINPROGRESS : strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAENOTCONN : strncpy( ErrorMessage, "WSAENOTCONN", _ESIZE ) ; break ; case WSAENOTSOCK : strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif return FALSE ; } return TRUE ; UNGUARD return FALSE ; } int32 SOCKET_BASIC::select_ex ( int32 maxfdp1 , fd_set * readset , fd_set * writeset , fd_set * exceptset , struct timeval * timeout ) { GUARD int32 result; _NET_TRY { result = ::select( maxfdp1 , readset , writeset , exceptset , timeout ); if( result == SOCKET_ERROR ) { #if __LINUX__ #elif __WINDOWS__ int32 iErr = WSAGetLastError() ; switch ( iErr ) { case WSANOTINITIALISED : strncpy( ErrorMessage, "WSANOTINITIALISED", _ESIZE ) ; break ; case WSAEFAULT: strncpy( ErrorMessage, "WSAEFAULT", _ESIZE ) ; break ; case WSAENETDOWN: strncpy( ErrorMessage, "WSAENETDOWN", _ESIZE ) ; break ; case WSAEINVAL: strncpy( ErrorMessage, "WSAEINVAL", _ESIZE ) ; break ; case WSAEINTR: strncpy( ErrorMessage, "WSAEINTR", _ESIZE ) ; break ; case WSAEINPROGRESS: strncpy( ErrorMessage, "WSAEINPROGRESS", _ESIZE ) ; break ; case WSAENOTSOCK: strncpy( ErrorMessage, "WSAENOTSOCK", _ESIZE ) ; break ; default : { strncpy( ErrorMessage, "UNKNOWN", _ESIZE ) ; break ; }; }; #endif } } _NET_CATCH { } return result; UNGUARD return 0 ; } Socket::Socket () { GUARD m_SocketID = INVALID_SOCKET ; memset( &m_SockAddr, 0, sizeof(SOCKADDR_IN) ) ; memset( m_IP, 0, IP_SIZE ) ; m_Port = 0 ; UNGUARD } Socket::Socket ( const char* host , uint32 port ) { GUARD strncpy( m_IP, host, IP_SIZE-1 ) ; m_Port = port ; //create() ; UNGUARD } Socket::~Socket () { GUARD close() ; UNGUARD } BOOL Socket::create( ) { GUARD #ifdef __WINDOWS__ #else #endif m_SocketID = SOCKET_BASIC::socket_ex( AF_INET , SOCK_STREAM , 0 ); memset( &m_SockAddr , 0 , sizeof(m_SockAddr) ); m_SockAddr.sin_family = AF_INET; if( isValid() ) return TRUE ; else return FALSE ; UNGUARD return FALSE ; } BOOL Socket::reconnect ( const char* host , uint32 port ) { GUARD close(); strncpy( m_IP, host, IP_SIZE-1 ) ; m_Port = port ; //create() ; // modified by xiaotao 2016-8-9 //return connect(); m_SocketID = tcpGenericConnect(m_IP, m_Port); if (NET_ERR == m_SocketID) return FALSE; return TRUE; UNGUARD return FALSE ; } void Socket::close () { GUARD if( isValid() && !isSockError() ) { _NET_TRY { SOCKET_BASIC::closesocket_ex( m_SocketID ); } _NET_CATCH { } } m_SocketID = INVALID_SOCKET ; memset( &m_SockAddr, 0, sizeof(SOCKADDR_IN) ) ; m_Port = 0 ; memset( m_IP, 0, IP_SIZE ) ; UNGUARD } BOOL Socket::connect () { GUARD m_SockAddr.sin_addr.s_addr = inet_addr( m_IP ); m_SockAddr.sin_port = htons(m_Port); BOOL result = SOCKET_BASIC::connect_ex( m_SocketID , (const struct sockaddr *)&m_SockAddr , sizeof(m_SockAddr) ); if( result) return TRUE ; else return FALSE ; UNGUARD return 0 ; } BOOL Socket::connect (const char* host, uint32 port) { GUARD strncpy( m_IP, host, IP_SIZE-1 ) ; m_Port = port ; //return connect() ; //modified by xiaotao 2016-8-9 m_SocketID = tcpGenericConnect(m_IP, m_Port); if (NET_ERR == m_SocketID) return FALSE; return TRUE; UNGUARD return 0 ; } uint32 Socket::send (const void* buf, uint32 len, uint32 flags) { GUARD return SOCKET_BASIC::send_ex( m_SocketID , buf , len , flags ); UNGUARD return 0 ; } uint32 Socket::receive (void* buf, uint32 len, uint32 flags) { GUARD return SOCKET_BASIC::recv_ex( m_SocketID , buf , len , flags ); UNGUARD return 0 ; } uint32 Socket::available ()const { GUARD return SOCKET_BASIC::availablesocket_ex( m_SocketID ); UNGUARD return 0 ; } uint32 Socket::getLinger ()const { GUARD struct linger ling; uint32 len = sizeof(ling); SOCKET_BASIC::getsockopt_ex( m_SocketID , SOL_SOCKET , SO_LINGER , &ling , &len ); return ling.l_linger; UNGUARD return 0 ; } SOCKET Socket::accept( struct sockaddr* addr, uint32* addrlen ) { GUARD return SOCKET_BASIC::accept_ex( m_SocketID, addr, addrlen ) ; UNGUARD return INVALID_SOCKET ; } BOOL Socket::setLinger (uint32 lingertime) { GUARD struct linger ling; ling.l_onoff = lingertime > 0 ? 1 : 0; ling.l_linger = lingertime; return SOCKET_BASIC::setsockopt_ex( m_SocketID , SOL_SOCKET , SO_LINGER , &ling , sizeof(ling) ); UNGUARD return FALSE ; } uint32 Socket::getSockError()const { GUARD return isSockError(); UNGUARD return 0 ; } BOOL Socket::isNonBlocking ()const { GUARD return SOCKET_BASIC::getsocketnonblocking_ex( m_SocketID ); UNGUARD return FALSE ; } BOOL Socket::setNonBlocking (BOOL on ) { GUARD return SOCKET_BASIC::setsocketnonblocking_ex( m_SocketID , on ); UNGUARD return FALSE ; } uint32 Socket::getReceiveBufferSize ()const { GUARD uint32 ReceiveBufferSize; uint32 size = sizeof(ReceiveBufferSize); SOCKET_BASIC::getsockopt_ex( m_SocketID , SOL_SOCKET , SO_RCVBUF , &ReceiveBufferSize, &size ); return ReceiveBufferSize; UNGUARD return 0 ; } BOOL Socket::setReceiveBufferSize (uint32 size) { GUARD return (BOOL)(SOCKET_BASIC::setsockopt_ex( m_SocketID , SOL_SOCKET , SO_RCVBUF , &size, sizeof(uint32) ) ) ; UNGUARD return FALSE ; } uint32 Socket::getSendBufferSize ()const { GUARD uint32 SendBufferSize; uint32 size = sizeof(SendBufferSize); SOCKET_BASIC::getsockopt_ex( m_SocketID , SOL_SOCKET , SO_SNDBUF , &SendBufferSize, &size ); return SendBufferSize; UNGUARD return 0 ; } BOOL Socket::setSendBufferSize (uint32 size) { GUARD return (BOOL)(SOCKET_BASIC::setsockopt_ex( m_SocketID , SOL_SOCKET , SO_SNDBUF , &size, sizeof(uint32) ) ); UNGUARD return FALSE ; } uint32 Socket::getPort ()const { GUARD return m_Port; UNGUARD } IP_t Socket::getIP ()const { GUARD return (IP_t)(m_SockAddr.sin_addr.s_addr);; UNGUARD } BOOL Socket::isValid ()const { GUARD return m_SocketID!=INVALID_SOCKET; UNGUARD } SOCKET Socket::getSOCKET ()const { GUARD return m_SocketID; UNGUARD } BOOL Socket::isSockError()const { GUARD int32 error; uint32 len = sizeof(error); int32 Result = SOCKET_BASIC::getsockopt_ex2( m_SocketID , SOL_SOCKET , SO_ERROR , &error, &len ); if( Result == 0 ) return FALSE; else return TRUE; UNGUARD return FALSE ; } BOOL Socket::bind( ) { GUARD m_SockAddr.sin_addr.s_addr = htonl(INADDR_ANY); m_SockAddr.sin_port = htons(m_Port); BOOL result = SOCKET_BASIC::bind_ex( m_SocketID , (const struct sockaddr *)&m_SockAddr , sizeof(m_SockAddr) ) ; if( result ) return TRUE ; else return FALSE ; UNGUARD return 0 ; } BOOL Socket::bind( uint32 port,const char* addr) { GUARD m_Port = port ; if(strcmp(addr,"127.0.0.1")==0) { m_SockAddr.sin_addr.s_addr = htonl(INADDR_ANY); } else m_SockAddr.sin_addr.s_addr = inet_addr(addr); m_SockAddr.sin_port = htons(m_Port); BOOL result = SOCKET_BASIC::bind_ex( m_SocketID , (const struct sockaddr *)&m_SockAddr , sizeof(m_SockAddr) ); if( result ) return TRUE ; else return FALSE ; UNGUARD return 0 ; } BOOL Socket::listen( int32 backlog ) { GUARD return SOCKET_BASIC::listen_ex( m_SocketID , backlog ); UNGUARD return FALSE ; } BOOL Socket::isReuseAddr ()const { GUARD int32 reuse; uint32 len = sizeof(reuse); SOCKET_BASIC::getsockopt_ex( m_SocketID , SOL_SOCKET , SO_REUSEADDR , &reuse , &len ); return reuse == 1; UNGUARD return 0 ; } BOOL Socket::setReuseAddr ( BOOL on ) { GUARD int32 opt = on == TRUE ? 1 : 0; return SOCKET_BASIC::setsockopt_ex( m_SocketID , SOL_SOCKET , SO_REUSEADDR , &opt , sizeof(opt) ); UNGUARD return TRUE ; }
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/src/canencoder.hpp
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canencoder.hpp
/* * Copyright (c) 2017-2018 TOYOTA MOTOR CORPORATION * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #ifndef TMCAGL_CAN_ENCODER_HPP #define TMCAGL_CAN_ENCODER_HPP #include <string.h> #include <stdint.h> #include <sys/types.h> #include <sys/socket.h> /* for sa_family_t */ #include <linux/can.h> #include <linux/can/error.h> namespace carla { #define MAX_LENGTH 16 #define MAX_CANDATA_SIZE 20 struct can_data_t { char dat[MAX_CANDATA_SIZE+1]; struct can_data_t * next; }; struct canmsg_info_t { char canid[4]; u_int64_t value; }; enum var_type_t { /* 0 */ VOID_T, /* 1 */ INT8_T, /* 2 */ INT16_T, /* 3 */ INT_T, /* 4 */ INT32_T, /* 5 */ INT64_T, /* 6 */ UINT8_T, /* 7 */ UINT16_T, /* 8 */ UINT_T, /* 9 */ UINT32_T, /* 10 */ UINT64_T, /* 11 */ STRING_T, /* 12 */ BOOL_T, /* 13 */ ARRAY_T, /* 14 */ ENABLE1_T /* AMB#CANRawPlugin original type */ }; union data_content_t { uint32_t uint32_val; int32_t int32_val; uint16_t uint16_val; int16_t int16_val; uint8_t uint8_val; int8_t int8_val; int8_t bool_val; }; struct prop_info_t { const char * name; unsigned char var_type; const char * can_id; uint8_t bit_pos; uint8_t bit_size; uint8_t dlc; union data_content_t curValue; struct prop_info_t *next; }; extern void init_can_encoder(void); extern int push(char *dat); extern struct can_data_t* pop(void); extern void clear(void); extern char * makeCanData(struct prop_info_t *property_info); extern unsigned char can_dlc2len(unsigned char can_dlc); extern unsigned char can_len2dlc(unsigned char len); extern int parse_canframe(char *cs, struct canfd_frame *cf); extern int string2vartype(const char *varname); } // namespace carla #endif /* TMCAGL_CAN_ENCODER_HPP */
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/c++/src/lib/math_lib/src/dtw.cpp
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dtw.cpp
#include <math_lib/dtw.h> namespace as64_ { namespace math_ { double dtw(const arma::mat &s, const arma::mat &t, arma::rowvec &ind_s, arma::rowvec &ind_t, int w, distance_function dist_fun_h) { if (w<0) { w = std::max(s.size(),t.size()); } int ns = s.n_cols; int nt = t.n_cols; if (s.n_rows != s.n_cols) { throw std::runtime_error("Error in dtw(): the dimensions of the two input signals do not match.\n"); } w = std::max(w, abs(ns-nt)); // adapt window size double inf = 1e300; // initialization arma::mat D = arma::mat(ns+1,nt+1).fill(inf); // cache matrix D(0,0) = 0.0; // *** begin dynamic programming *** // calculate distance for (int i=0; i<ns; i++) { for (int j=std::max(i-w,1)-1; j<std::min(i+w,nt); j++) { double cost = dist_fun_h(s.col(i),t.col(j)); D(i,j) = cost + std::min( std::min(D(i,j), D(i,j)), D(i,j) ); } } double d = D(ns,nt); // find the matched indices int i = ns-1; int j = nt-1; arma::rowvec ind_s(ns+nt); arma::rowvec ind_t(ns+nt); // arma::rowvec C(ns+nt); int k = 0; while (i>-1 && j>-1) { double cost = dist_fun_h(s.col(i),t.col(j)); ind_s(k) = i; ind_t(k) = j; // C(k) = cost; k++; if (D(i+1,j+1) == D(i,j)+cost) { i = i-1; j = j-1; } else if (D(i+1,j+1) == D(i,j+1)+cost) { i = i-1; } else { j = j-1; } } // if (i == -1) // { // ind_s.cols(k,k+j-1) = arma::repmat(ind_s(k-1), 1, j); // ind_t.cols(k,k+j-1) = ; // ind_s = [ind_s repmat(ind_s(end),1,j)]; // ind_t = [ind_t (j:-1:1)]; // } // else if (j == -1) // { // ind_t = [ind_t repmat(ind_t(end),1,i)]; // ind_s = [ind_s (i:-1:1)]; // } ind_s.resize(k); ind_t.resize(k); // C.resize(k); ind_s = arma::fliplr(ind_s); ind_t = arma::fliplr(ind_t); //C = arma::fliplr(C); return d; } } // namespace math_ } // namespace as64_
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/USACO/lgame.cpp
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lgame.cpp
/* ID: ovishek1 LANG: C++11 PROB: lgame */ #include <bits/stdc++.h> #define ll long long #define mx 105 using namespace std; map<string, int> mp; int val[] = {2,5,4,4,1,6,5,5,1,7,6,3,5,2,3,5,7,2,1,2,4,6,6,7,5,7}; int getValue(string st) { int ret = 0; for(char ch : st) ret += val[ ch - 'a' ]; return ret; } int hvalue[35000]; vector<string> ara[35000]; vector<char> a, b; vector<pair<string, string> > ans; string st; int n, maxi = 0; int getId(string st) { if(mp.find(st) == mp.end()) return -1; return mp[st]; } int cnt = 0; int rec(int pos) { if(pos == n) { string x, y; for(char ch : a) x += ch; for(char ch : b) y += ch; int idA = getId(x), idB = getId(y); if(idA != -1 && idB != -1){ // if(cnt++ < 10)cout << x << " " << y << " " << hvalue[idA] + hvalue[idB]<< endl; if(hvalue[idA] + hvalue[idB] > maxi){ maxi = hvalue[idA] + hvalue[idB]; ans = vector<pair<string, string> >(); if(idA == idB){ for(string ax : ara[idA]) ans.push_back({ax, ax}); return 0; } for(string ax : ara[idA]) for(string by : ara[idB]) ans.push_back({ax, by}); } else if(hvalue[idA] + hvalue[idB] == maxi){ if(idA == idB){ for(string ax : ara[idA]) ans.push_back({ax, ax}); return 0; } for(string ax : ara[idA]) for(string by : ara[idB]) ans.push_back({ax, by}); } } return 0; } a.push_back(st[pos]); rec(pos+1); a.pop_back(); b.push_back(st[pos]); rec(pos+1); b.pop_back(); rec(pos+1); return 0; } int main() { // cout << getValue("program") << endl; ifstream in("lgame.dict"); int cnt = 1; while(in >> st){ string main_st = st; sort(st.begin(), st.end()); if(mp.find(st) == mp.end()) mp[st] = cnt++, hvalue[cnt-1] = getValue(st); ara[mp[st]].push_back(main_st); } mp[""] = 0; ara[0].push_back(""); freopen("lgame.in", "r", stdin); freopen("lgame.out", "w", stdout); cin >> st; n = st.length(); sort(st.begin(), st.end()); rec(0); map< pair<string, string>, bool > map_ans; for(auto x : ans){ if(x.first > x.second) swap(x.first, x.second); if(x.first == "") swap(x.first, x.second); map_ans[x] = 1; } printf("%d\n", maxi); for(auto x : map_ans){ cout << x.first.first; if(x.first.second != "") cout << " " << x.first.second; cout << endl; } return 0; }
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点结构体与枚举.cpp
#include "iostream" // 点结构体与枚举 #include "Cmath" using namespace std; enum SymmetricStyle {axisx,axisy,point};//分别表示按x轴, y轴, 原点对称 struct Point { double x; // 横坐标 double y; // 纵坐标 }; double distance(Point p1, Point p2); // 两点之间的距离 double distance0(Point p1); // p1到原点的距离 Point symmetricAxis(Point p,SymmetricStyle style); // 返回对称点(关于x、y轴或原点对称) int main( ) { Point p1={1,5},p2={4,1},p; cout<<"两点的距离为："<<distance(p1,p2)<<endl; cout<<"p1到原点的距离为："<<distance0(p1)<<endl; p=symmetricAxis(p1,axisx); cout<<"p1关于x轴的对称点为："<<"("<<p.x<<", "<<p.y<<")"<<endl; p=symmetricAxis(p1,axisy); cout<<"p1关于y轴的对称点为："<<"("<<p.x<<", "<<p.y<<")"<<endl; p=symmetricAxis(p1,point); cout<<"p1关于原点的对称点为："<<"("<<p.x<<", "<<p.y<<")"<<endl; return 0; } // 求两点之间的距离 double distance(Point p1,Point p2) { double d; d=sqrt((p1.x-p2.x)*(p1.x-p2.x)+(p1.y-p2.y)*(p1.y-p2.y)); return d; } // 求点到原点的距离 double distance0(Point p) { double d; d=sqrt(p.x*p.x+p.y*p.y); return d; } // 求对称点 Point symmetricAxis(Point p1,SymmetricStyle style) { Point p; p.x=p1.x; p.y=p1.y; switch(style) { case axisx: p.y=-p1.y; break; case axisy: p.x=-p1.x; break; case point: p.x=-p1.x;p.y=-p1.y; } return p; }
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/lib-pca9685/examples/simple.cpp
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/** * @file simple.cpp * */ /* Copyright (C) 2017-2018 by Arjan van Vught mailto:info@orangepi-dmx.nl * * Permission is hereby granted, free of charge, to any person obtaining a copy * of this software and associated documentation files (the "Software"), to deal * in the Software without restriction, including without limitation the rights * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the Software is * furnished to do so, subject to the following conditions: * The above copyright notice and this permission notice shall be included in * all copies or substantial portions of the Software. * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN * THE SOFTWARE. */ #include <cstdio> #include <cstdint> #include <unistd.h> #include "bcm2835.h" #include "pca9685.h" int main(int argc, char **argv) { if (getuid() != 0) { fprintf(stderr, "Program is not started as \'root\' (sudo)\n"); return -1; } if (bcm2835_init() != 1) { fprintf(stderr, "bcm2835_init() failed\n"); return -2; } uint16_t OnValue, OffValue; PCA9685 pca9685; pca9685.Dump(); pca9685.SetFrequency(100); pca9685.SetFullOn(CHANNEL(0), true); // Channel 0 Full On pca9685.Write(CHANNEL(1), VALUE(PCA9685_VALUE_MAX/2)); // Channel 1, Duty Cycle = 50 % pca9685.Write(CHANNEL(2), VALUE(819)); // Channel 2, Duty Cycle = 20 % // Max value = 4096. 20 % = 819.2 ~ 819 counts pca9685.SetFullOff(CHANNEL(3), true); // Channel 0 Full Off pca9685.Dump(); printf("\nOutput (%dHz):\n", static_cast<int>(pca9685.GetFrequency())); pca9685.Read(CHANNEL(0), &OnValue, &OffValue); printf("\tChannel 0: %04xh-%04xh, Full On\n", OnValue, OffValue); pca9685.Read(CHANNEL(1), &OnValue, &OffValue); printf("\tChannel 1: %04xh-%04xh, Duty Cycle = 50%%\n", OnValue, OffValue); pca9685.Read(CHANNEL(2), &OnValue, &OffValue); printf("\tChannel 2: %04xh-%04xh, Duty Cycle = 20%%\n", OnValue, OffValue); pca9685.Read(CHANNEL(3), &OnValue, &OffValue); printf("\tChannel 3: %04xh-%04xh, Full Off\n", OnValue, OffValue); for(;;) { } return 0; }
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/workspace/ns-3-dev/src/applications/model/igmpv3-application.h
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igmpv3-application.h
/* * igmpv3-application.h * * Created on: Feb 9, 2016 * Author: lim */ #ifndef IGMPV3_APPLICATION_H #define IGMPV3_APPLICATION_H #include "ns3/application.h" #include "ns3/event-id.h" #include "ns3/internet-module.h" #include "ns3/network-module.h" #include <list> namespace ns3 { class Igmpv3Application: public Application { public: /** * \brief Get the type ID. * \return the object TypeId */ static TypeId GetTypeId (void); Igmpv3Application(); virtual ~Igmpv3Application(); protected: virtual void DoDispose (void); private: virtual void StartApplication (void); virtual void StopApplication (void); Ptr<Igmpv3L4Protocol> GetIgmp (void) const; Ptr<Ipv4L3ProtocolMulticast> GetIpv4L3 (void) const; uint32_t GetRandomNumber (uint32_t min, uint32_t max); bool IsSkip (uint32_t percentage); bool IsSkip (void); Ipv4Address GetRandomMulticastAddress (void); void GenerateNextEvent (void); void GenerateGeneralQueryEvent (void); void GenerateHostJoinEvent (void); void GenerateHostLeaveEvent (void); EventId m_currentEvent; Time m_default_query_interval; //cisco default 60 sec std::list<Ptr<Ipv4RawSocketImplMulticast> > m_lst_sockets; bool m_flag_nq_joined; }; } /* namespace ns3 */ #endif /* IGMPV3_APPLICATION_H */
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#include <iostream> #include <vector> #include <string> using namespace std; string convert(string s, int numRows) { int n = s.length(); int j = 0; int step = 2 * numRows - 2; string newStr(n, '\0'); for (int i = 0; i < numRows; ++i) { while((step * j + i) < n) { newStr[j] = s[step * j + i]; if (i != 0 && i != numRows - 1) { ++j; newStr[j] = s[step * j - i]; } ++j; } } return newStr; }
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/high-level/scoutos/scout/libscout/src/behaviors/navigationMap.cpp
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navigationMap.cpp
/** * Copyright (c) 2011 Colony Project * * Permission is hereby granted, free of charge, to any person * obtaining a copy of this software and associated documentation * files (the "Software"), to deal in the Software without * restriction, including without limitation the rights to use, * copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be * included in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES * OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, * WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR * OTHER DEALINGS IN THE SOFTWARE. */ /** * @file navigationMap.cpp * @brief Contains navigation map Behavior declarations and definitions * * Contains functions and definitions for the use of * navigation map Behavior * * @author Colony Project, CMU Robotics Club * @author Priya Deo * @author Lalitha * @author James * @author Leon **/ #include "navigationMap.h" using namespace std; /** * @brief Initializes the navigation map * * Initialize the navigation map. * The map itself is represented as a dynamic array of edge arrays * @param the string name of the scout */ navigationMap::navigationMap(string scoutname, Sensors* sensors) : Behavior(scoutname, "navigationMap", sensors) { /** Initialize Map * _____ * 1 2 | | 3 4 * ----|-----------|--|----|--|---------|----------> * <---|--5--------|--6-------|--7------|--8------- * | | | | * 9| 10| 11| 12| * | | | | * ---13 ---14 ---15 ---16 */ Edge* a1 = new Edge[ARRAY_SIZE]; a1[0] = MAKE_EDGE(ISTRAIGHT, 2, 10); a1[1] = MAKE_EDGE(IRIGHT, 13, 40); a1[2] = MAKE_EDGE(IUTURN, DEADEND, 0); Edge* a2 = new Edge[ARRAY_SIZE]; a2[0] = MAKE_EDGE(ISTRAIGHT, 3, 10); a2[1] = MAKE_EDGE(IRIGHT, 14, 40); a2[2] = MAKE_EDGE(IUTURN, 5, 10); Edge* a3 = new Edge[ARRAY_SIZE]; a3[0] = MAKE_EDGE(ISTRAIGHT, 4, 10); a3[1] = MAKE_EDGE(IRIGHT, 15, 40); a3[2] = MAKE_EDGE(IUTURN, 6, 10); Edge* a4 = new Edge[ARRAY_SIZE]; a4[0] = MAKE_EDGE(ISTRAIGHT, DEADEND, 0); a4[1] = MAKE_EDGE(IRIGHT, 16, 40); a4[2] = MAKE_EDGE(IUTURN, 7, 10); Edge* a5 = new Edge[ARRAY_SIZE]; a5[0] = MAKE_EDGE(ISTRAIGHT, DEADEND, 0); a5[1] = MAKE_EDGE(ILEFT, 13, 40); a5[2] = MAKE_EDGE(IUTURN, 2, 10); Edge* a6 = new Edge[ARRAY_SIZE]; a6[0] = MAKE_EDGE(ISTRAIGHT, 5, 0); a6[1] = MAKE_EDGE(ILEFT, 14, 40); a6[2] = MAKE_EDGE(IUTURN, 3, 10); Edge* a7 = new Edge[ARRAY_SIZE]; a7[0] = MAKE_EDGE(ISTRAIGHT, 6, 0); a7[1] = MAKE_EDGE(ILEFT, 15, 40); a7[2] = MAKE_EDGE(IUTURN, 4, 10); Edge* a8 = new Edge[ARRAY_SIZE]; a8[0] = MAKE_EDGE(ISTRAIGHT, 7, 0); a8[1] = MAKE_EDGE(ILEFT, 16, 40); a8[2] = MAKE_EDGE(IUTURN, DEADEND, 10); Edge* a9 = new Edge[ARRAY_SIZE]; a9[0] = MAKE_EDGE(IRIGHT, 2, 10); a9[1] = MAKE_EDGE(ILEFT, DEADEND, 0); a9[2] = MAKE_EDGE(ISPOTTURN, 13, 40); Edge* a10 = new Edge[ARRAY_SIZE]; a10[0] = MAKE_EDGE(IRIGHT, 3, 10); a10[1] = MAKE_EDGE(ILEFT, 5, 10); a10[2] = MAKE_EDGE(ISPOTTURN, 14, 40); Edge* a11 = new Edge[ARRAY_SIZE]; a11[0] = MAKE_EDGE(IRIGHT, 4, 10); a11[1] = MAKE_EDGE(ILEFT, 6, 10); a11[2] = MAKE_EDGE(ISPOTTURN, 15, 40); Edge* a12 = new Edge[ARRAY_SIZE]; a12[0] = MAKE_EDGE(IRIGHT, DEADEND, 0); a12[1] = MAKE_EDGE(ILEFT, 7, 10); a12[2] = MAKE_EDGE(ISPOTTURN, 16, 40); Edge* a13 = new Edge[ARRAY_SIZE]; a13[0] = MAKE_EDGE(IRIGHT, DEADEND, 0); a13[1] = MAKE_EDGE(ILEFT, DEADEND, 0); a13[2] = MAKE_EDGE(ISPOTTURN, 9, 40); Edge* a14 = new Edge[ARRAY_SIZE]; a14[0] = MAKE_EDGE(IRIGHT, DEADEND, 0); a14[1] = MAKE_EDGE(ILEFT, DEADEND, 0); a14[2] = MAKE_EDGE(ISPOTTURN, 10, 40); Edge* a15 = new Edge[ARRAY_SIZE]; a15[0] = MAKE_EDGE(IRIGHT, DEADEND, 0); a15[1] = MAKE_EDGE(ILEFT, DEADEND, 0); a15[2] = MAKE_EDGE(ISPOTTURN, 11, 40); Edge* a16 = new Edge[ARRAY_SIZE]; a16[0] = MAKE_EDGE(IRIGHT, DEADEND, 0); a16[1] = MAKE_EDGE(ILEFT, DEADEND, 0); a16[2] = MAKE_EDGE(ISPOTTURN, 12, 40); map.push_back(a1); map.push_back(a2); map.push_back(a3); map.push_back(a4); map.push_back(a5); map.push_back(a6); map.push_back(a7); map.push_back(a8); map.push_back(a9); map.push_back(a10); map.push_back(a11); map.push_back(a12); map.push_back(a13); map.push_back(a14); map.push_back(a15); map.push_back(a16); curr_state = START_STATE; arrival_time = ros::TIME_MAX; } /** @brief Goes through and frees all allocated memory */ navigationMap::~navigationMap() { while(!map.empty()) { Edge* temp = map.back(); map.pop_back(); delete temp; } return; } /** @brief FSM implementation*/ void navigationMap::run() { Duration t; ROS_INFO("Going to state 16\n"); Path path = shortest_path(16); if(path.path == NULL) { ROS_WARN("There is no path to state 16"); return; } ROS_INFO("Worst case time to 16 is %d", get_worst_case_time(curr_state, 6).sec); for(int i=0; i<path.len && ok(); i++) { update_state(path.path[i]); ROS_INFO("Made turn %d, at state %d\n", path.path[i], curr_state); t = get_time_remaining(); while(t.sec > 0) t = get_time_remaining(); ROS_INFO("Now at state %d\n", curr_state); } ROS_INFO("Traveled route!\n"); while(ok()) continue; } /**@brief sets the current state to the state associated with the turn made * @param the Turn that we made from our state * @return our new State after making the turn */ State navigationMap::update_state(Turn turn_made) { Edge* possible_edges = get_outbound_edges(curr_state); for(int i=0;i<ARRAY_SIZE;i++) { //sets the current state to the state associated with the turn made if(GET_EDGE_DIR(possible_edges[i]) == turn_made) { //@todo: get actual speed int speed = 10; curr_state = GET_EDGE_STATE(possible_edges[i]); Duration travel_time(GET_EDGE_DIST(possible_edges[i])/speed); arrival_time = Time::now() + travel_time; return curr_state; } } return -1;//failure to succeed } /**@brief returns the predicted time of arrival for our current task * @return the predicted time of arrival for our current task */ Time navigationMap::get_eta() { return arrival_time; } /**@brief returns the predicted amount of time it will take to finish our task * @return the predicted amount of time it will take to finish our task */ Duration navigationMap::get_time_remaining() { return (arrival_time - Time::now()); } /**@brief returns the current state of the scout in the map * @return the current State (ie: int) of the scout in the map */ State navigationMap::get_state() { return curr_state; } /**@brief returns the Edges connecting from a given State * @param the State whose edges we want to get * @return the Edges connecting from the given State */ Edge* navigationMap::get_outbound_edges(State state) { return map.at(state-1); } /**@brief uses BFS to find the shortest path to a target State node * @param target_state the State that we want to get to * @return a Path struct containing the Turn* to take to get to the target state */ Path navigationMap::shortest_path(State target_state) { return shortest_path(curr_state, target_state); } /**@brief uses BFS to find the shortest path to a target State node * @param start_state the State that we start from * @param target_state the State that we want to get to * @return a Path struct containing the Turn* to take to get to the target state */ Path navigationMap::shortest_path(State start_state, State target_state) { // BFS algorithm State curr_state = start_state; int visited[MAX_NODES+1] = {0}; queue<State> q; q.push(curr_state); // not zero = visited, zero = unvisited, negative = start state visited[curr_state] = -1; while (!q.empty()) { State state = q.front(); //actually dequeue it q.pop(); if (state == target_state) { Path path; path.path = (Turn*)calloc(sizeof(Turn), MAX_NODES); int j = 0; // counter for(State child = state; visited[child] >= 0; child = visited[child]) //while not start state { State parent = visited[child]; Edge* edges = get_outbound_edges(parent); for (int i = 0; i < ARRAY_SIZE; i++) { if (GET_EDGE_STATE(edges[i]) == child) { path.path[j] = GET_EDGE_DIR(edges[i]); j++; break; } } } /** Reverse moves list */ for (int i = 0; i < j/2; i++) { path.path[i] ^= path.path[j-i-1]; path.path[j-i-1] ^= path.path[i]; path.path[i] ^= path.path[j-i-1]; } path.len = j; return path; } Edge* edges = get_outbound_edges(state); for (int i = 0; i < ARRAY_SIZE; i++) { State new_state = GET_EDGE_STATE(edges[i]); if (new_state != DEADEND && !visited[new_state]) { // set this state in visited as the parent of the new_state visited[new_state] = state; q.push(new_state); } } } //oops, no way to get to target from state Path path; path.len = 0; path.path = NULL; return path; } /** @brief returns worst case time to travel to dest * * Takes into account speed of robot and interactions with other robots * * @param start_state Node that we start at * @param target_state Node that we end up at * @return the worst case time to travel to target node */ Duration navigationMap::get_worst_case_time(State start_state, State target_state) { Path path = shortest_path(start_state, target_state); Duration worst_case_time(0); State curr_state = start_state; //keep iterating over path while there are turns for(int i=0; i<path.len; i++) { Edge* edges = get_outbound_edges(curr_state); for(int j=0; j<ARRAY_SIZE; j++) { if(GET_EDGE_DIR(edges[j]) == path.path[i]) { Duration turn_time(TURN_TIME + (GET_EDGE_DIST(edges[j])/SPEED)); worst_case_time += turn_time; } } } Duration additional_time(DROPOFF_TIME + WAIT_TIME); worst_case_time += additional_time; return worst_case_time; }
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#ifndef GAME_ACTION_HPP #define GAME_ACTION_HPP #include "hero.h" #include "odfaeg/Network/network.h" #include "odfaeg/Core/variant.h" namespace sorrok { class GameAction : public odfaeg::core::Visitor<> { public : void operator()(Item& item, Hero* hero); void operator()(Skill& skill, Hero* hero); }; } #endif
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PerillaRts.cpp
//Question? email tannguyen@lbl.gov //Created 07-19-2017 //Last modification 08-14-2017 #include <mpi.h> #include <sched.h> #include <sys/syscall.h> #include <unistd.h> #include <mylock.h> #include <pthread.h> #include "PerillaRts.H" #include <iostream> #include <queue> using namespace std; #include <cassert> using namespace perilla; #ifdef PERILLA_DEBUG #include <PerillaMemCheck.H> PerillaMemCheck memcheck; #endif namespace perilla{ Amr* amrptr; struct RtsDomain{ pthread_t *_threads; int _size; MyLock _lock; RtsDomain():_threads(NULL), _size(0){}; ~RtsDomain(){ free(_threads); } }; int numa_nodes; RtsDomain *dom; MyLock _l; volatile char startSignal=0; pthread_mutex_t startLock= PTHREAD_MUTEX_INITIALIZER; int RTS::ProcCount(){ return _nProcs; } int RTS::MyProc(){ return _rank; } int RTS::WorkerThreadCount(){ return _nWrks; } int RTS::MyWorkerThread(){ return 0; } struct argT { int numaID; int tid; int g_tid; int nThreads; int nTotalThreads; int max_step; Real stop_time; RTS* thisRTS; }; void RTS::runAMR(Amr* amr, int max_step, Real stop_time){ while (amr->okToContinue() && (amr->levelSteps(0) < max_step || max_step < 0) && (amr->cumTime() < stop_time || stop_time < 0.0) ) { // Do a coarse timestep, which calls one or multiple timestep updates (i.e. timeStep()) at each AMR level amr->coarseTimeStep(stop_time); } } #ifdef USE_PERILLA_PTHREADS void run(void* threadInfo){ argT *args= (argT*)threadInfo; int numaID= args->numaID; int tid= args->tid; int g_tid= args->g_tid; int nThreads= args->nThreads; int nTotalThreads= args->nTotalThreads; int max_step= args->max_step; Real stop_time= args->stop_time; RTS* rts= args->thisRTS; Perilla::registerId(g_tid); //done with thread id setup, now wait for the start signal from master pthread_mutex_lock(&startLock); startSignal++; pthread_mutex_unlock(&startLock); while(startSignal!= nTotalThreads){} rts->runAMR(amrptr, max_step, stop_time); } #endif void InitializeMPI(){ int provided; MPI_Init_thread(0, 0, MPI_THREAD_FUNNELED, &provided); if(provided == MPI_THREAD_SINGLE){//with this MPI, process can't spawn threads cerr << "Spawning threads is not allowed by the MPI implementation" << std::endl;; } } void RTS::RTS_Init(){ amrptr= NULL; } void RTS::Init(){ InitializeMPI(); MPI_Comm_rank(MPI_COMM_WORLD, &_rank); MPI_Comm_size(MPI_COMM_WORLD, &_nProcs); RTS_Init(); } void RTS::Init(int rank, int nProcs){ _rank= rank; _nProcs= nProcs; RTS_Init(); } void RTS::Finalize(){ #ifdef PERILLA_DEBUG memcheck.report(); #endif } void RTS::Iterate(void* amrGraph, int max_step, Real stop_time){ assert(amrGraph); Perilla::max_step= max_step; amrptr= (Amr*)amrGraph; WorkerThread::init(); #ifndef USE_PERILLA_PTHREADS runAMR(amrptr, max_step, stop_time); #else int numa_nodes= perilla::NUM_THREAD_TEAMS; int worker_per_numa = perilla::NUM_THREADS_PER_TEAM; int _nWrks= numa_nodes*worker_per_numa; int base=0; int localID=-1; //create a list of persistent threads for each NUMA node cpu_set_t cpuset; pthread_attr_t attr; pthread_attr_init(&attr); dom= new RtsDomain[numa_nodes]; for(int i=0; i<numa_nodes; i++){ dom[i]._threads= new pthread_t[worker_per_numa]; } for(int i=0, domNo=-1; i<_nWrks; i++){ localID++; if(localID==0){ domNo++; } CPU_ZERO(&cpuset); CPU_SET(base+localID, &cpuset); if(! (localID==0 && domNo==0)){ pthread_attr_setaffinity_np(&attr, sizeof(cpu_set_t), &cpuset); argT* arg= new argT; arg->numaID= domNo; arg->tid= localID; arg->g_tid= domNo*worker_per_numa+localID; arg->nThreads= worker_per_numa; arg->nTotalThreads= _nWrks; arg->thisRTS= this; arg->max_step= max_step; arg->stop_time= stop_time; int err = pthread_create(&(dom[domNo]._threads[localID]), &attr, (void*(*)(void*))run, arg); }else{ //master thread dom[domNo]._threads[localID]= pthread_self(); Perilla::registerId(0); //enable worker threads to start computing pthread_mutex_lock(&startLock); startSignal++; pthread_mutex_unlock(&startLock); } dom[domNo]._size++; if(localID == (worker_per_numa-1)){ localID=-1; base+= worker_per_numa; } } while(startSignal!= _nWrks){}//wait until all threads have done the setup phase runAMR(amrptr, max_step, stop_time); for(int i=1; i<_nWrks; i++) pthread_join(dom[i/worker_per_numa]._threads[i%worker_per_numa], NULL); #endif } #if 0 const double kMicro = 1.0e-6; double RTS::Time() { struct timeval TV; const int RC = gettimeofday(&TV, NULL); if(RC == -1) { printf("ERROR: Bad call to gettimeofday\n"); return(-1); } return( ((double)TV.tv_sec) + kMicro * ((double)TV.tv_usec) ); } #endif void RTS::Barrier(){ upcxx::barrier(); } }//end namespace
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/Common/RtxDataChannel.cpp
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valaxsimon/ILC_RTX
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RtxDataChannel.cpp
#include "RtxDataChannel.hpp" #include "RtxLogging.hpp" OneWayChannel::OneWayChannel(int number): mMsgMemorySize(MAXIMUM_NUMBER_MSG * sizeof(Message)), mChannelNumber(number), mHeaderRead(false) { wchar_t fullName[255]; LPSECURITY_ATTRIBUTES lpMutexAttributes = NULL; //ignored by rtCreateMutex //swprintf(fullName, L"RtxDataChannel_RTXTOWINDOWS_Mutex%d", number); //m_RTXTOWINDOWS_Mutex = RtCreateMutex(lpMutexAttributes, false, fullName); //if (m_RTXTOWINDOWS_Mutex == NULL) // THROW("Can't create mutex"); //swprintf(fullName, L"RtxDataChannel_WINDOWSTORTX_Mutex%d", number); //m_WINDOWSTORTX_Mutex = RtCreateMutex(lpMutexAttributes, false, fullName); //if (m_WINDOWSTORTX_Mutex == NULL) // THROW("Can't create mutex"); swprintf(fullName, L"RtxDataChannelMsgListReadDoneEvent%d", number); mMsgListReadDoneEvent = RtCreateEvent(lpMutexAttributes, false, false, fullName); if (mMsgListReadDoneEvent == NULL) THROW("Can't create event"); swprintf(fullName, L"RtxDataChannelMsgListWriteDoneEvent%d", number); mMsgListWriteDoneEvent = RtCreateEvent(lpMutexAttributes, false, false, fullName); if (mMsgListWriteDoneEvent == NULL) THROW("Can't create event"); //create or open the named data memory area void* location; swprintf(fullName, L"RtxDataChannelDataMemory%d", number); mDataMemorySegment = RtCreateSharedMemory(PAGE_READWRITE, 0, SHARED_MEMORY_SIZE, fullName, &location); mStartOfDataMemory = (char*)location; if (mDataMemorySegment == NULL) THROW("Can't open memory segment"); //create or open the named msg memory area swprintf(fullName, L"RtxDataChannelMsgMemory%d", number); mMsgMemorySegment = RtCreateSharedMemory(PAGE_READWRITE, 0, mMsgMemorySize, fullName, &location); mStartOfMsgMemory = (char*)location; if (mMsgMemorySegment == NULL) THROW("Can't open memory segment"); //create or open the named info memory area swprintf(fullName, L"RtxDataChannelInfoMemory%d", number); mInfoMemorySegment = RtCreateSharedMemory(PAGE_READWRITE, 0, sizeof(RtxDataChannelInfoHeader), fullName, &location); mStartOfInfoMemory = (char*)location; if (mInfoMemorySegment == NULL) THROW("Can't open memory segment"); mInfoHdr = (RtxDataChannelInfoHeader*)mStartOfInfoMemory; if (RtGetLastError() != ERROR_ALREADY_EXISTS) //no other process has already started the shared memory { //initialize the read/write values mInfoHdr->mWriteDataMemory = 0; mInfoHdr->mReadDataMemory = 0; mInfoHdr->mWriteMsgMemory = 0; mInfoHdr->mReadMsgMemory = 0; } } OneWayChannel::~OneWayChannel() { //free all RTX synchronisation objects RtCloseHandle(mDataMemorySegment); RtCloseHandle(mMsgMemorySegment); RtCloseHandle(mInfoMemorySegment); RtCloseHandle(mMsgListWriteDoneEvent); RtCloseHandle(mMsgListReadDoneEvent); } void OneWayChannel::pushMsg(Message* msg) { uint64_t mWriteMsgMemoryModulo = mInfoHdr->mWriteMsgMemory % mMsgMemorySize; memcpy(mStartOfMsgMemory + mWriteMsgMemoryModulo, msg, sizeof(Message)); mInfoHdr->mWriteMsgMemory += sizeof(Message); } void OneWayChannel::popMsg() { mInfoHdr->mReadMsgMemory += sizeof(Message); } void OneWayChannel::calculateFreeBytesInDataBuffer(uint64_t& totalBytesFreeInBuffer) { uint64_t mWriteDataMemoryModulo = mInfoHdr->mWriteDataMemory % SHARED_MEMORY_SIZE; uint64_t mReadDataMemoryModulo = mInfoHdr->mReadDataMemory % SHARED_MEMORY_SIZE; if (mWriteDataMemoryModulo < mReadDataMemoryModulo) { totalBytesFreeInBuffer = mReadDataMemoryModulo - mWriteDataMemoryModulo; //difference between read and write pointers } else { uint64_t bytesLeftUntilBufferEnd = SHARED_MEMORY_SIZE - mWriteDataMemoryModulo; uint64_t bytesFreeUntilReadPointer = (mInfoHdr->mReadDataMemory % SHARED_MEMORY_SIZE); totalBytesFreeInBuffer = bytesLeftUntilBufferEnd + bytesFreeUntilReadPointer; } } void OneWayChannel::sendMsg(MsgHeader* header, void* data) { //check enough space is present for header + data uint64_t totalBytesFreeInBuffer; calculateFreeBytesInDataBuffer(totalBytesFreeInBuffer); const int hdrSize = sizeof(MsgHeader); int totalDataSize = header->mLen + hdrSize; if (totalDataSize > SHARED_MEMORY_SIZE) //check data actually fits in an empty buffer THROW("Not enough space increase: SHARED_MEMORY_SIZE"); uint64_t totalNbMessageInMemory = (mInfoHdr->mWriteMsgMemory - mInfoHdr->mReadMsgMemory) / sizeof(Message); while ((totalDataSize > totalBytesFreeInBuffer) || (totalNbMessageInMemory > MAXIMUM_NUMBER_MSG)) //not enough space wait for a pulse event from the reader thread { RtWaitForSingleObject(mMsgListReadDoneEvent, TIMEOUT); //recalculate the amount of free space in the buffer calculateFreeBytesInDataBuffer(totalBytesFreeInBuffer); //at least one slot will have been freed totalNbMessageInMemory = (mInfoHdr->mWriteMsgMemory - mInfoHdr->mReadMsgMemory) / sizeof(Message); } //add the message start/stop limits to the message list Message m; m.mHdrStart = mInfoHdr->mWriteDataMemory; //split the data between end and start of buffer when needed uint64_t mWriteDataMemoryModulo = mInfoHdr->mWriteDataMemory % SHARED_MEMORY_SIZE; uint64_t bytesLeftUntilBufferEnd = SHARED_MEMORY_SIZE - mWriteDataMemoryModulo; //copy the header char* pHeader = (char*)header; uint64_t bytesToWriteUntilEndOfBuffer = min(hdrSize, bytesLeftUntilBufferEnd); memcpy(mStartOfDataMemory + mWriteDataMemoryModulo, pHeader, bytesToWriteUntilEndOfBuffer); pHeader += bytesToWriteUntilEndOfBuffer; uint64_t leftOverBytes = hdrSize - bytesToWriteUntilEndOfBuffer; if (leftOverBytes >0) memcpy(mStartOfDataMemory, pHeader, leftOverBytes); //any bytes left to be written mInfoHdr->mWriteDataMemory += hdrSize; //copy the data mWriteDataMemoryModulo = mInfoHdr->mWriteDataMemory % SHARED_MEMORY_SIZE; bytesLeftUntilBufferEnd = SHARED_MEMORY_SIZE - mWriteDataMemoryModulo; bytesToWriteUntilEndOfBuffer = min(header->mLen, bytesLeftUntilBufferEnd); memcpy(mStartOfDataMemory + mWriteDataMemoryModulo, data, bytesToWriteUntilEndOfBuffer); leftOverBytes = header->mLen - bytesToWriteUntilEndOfBuffer; if (leftOverBytes >0) memcpy(mStartOfDataMemory, (char*)data + bytesToWriteUntilEndOfBuffer, leftOverBytes); //any bytes left to be written mInfoHdr->mWriteDataMemory += header->mLen; //push msg to msg queue pushMsg(&m); //notify receiver a message is present RtPulseEvent(mMsgListWriteDoneEvent); } bool OneWayChannel::isEmpty() { return (mInfoHdr->mWriteMsgMemory == mInfoHdr->mReadMsgMemory); } void OneWayChannel::receiveHdr(MsgHeader* header) { while (isEmpty()) //wait for a pulsed event from the sender function, block until at least one message is present in the queue { RtWaitForSingleObject(mMsgListWriteDoneEvent, TIMEOUT); } //read the header const int hdrSize = sizeof(MsgHeader); uint64_t mReadDataMemoryModulo = mInfoHdr->mReadDataMemory % SHARED_MEMORY_SIZE; uint64_t bytesLeftUntilBufferEnd = SHARED_MEMORY_SIZE - mReadDataMemoryModulo; uint64_t bytesToReadUntilBufferEnd = min(hdrSize, bytesLeftUntilBufferEnd); memcpy(header, mStartOfDataMemory + mReadDataMemoryModulo, bytesToReadUntilBufferEnd); uint64_t leftOverBytes = hdrSize - bytesToReadUntilBufferEnd; char* pHdr = (char*)header; pHdr += bytesToReadUntilBufferEnd; if (leftOverBytes > 0) memcpy(pHdr, mStartOfDataMemory, leftOverBytes); mInfoHdr->mReadDataMemory += hdrSize; memcpy(&mReceiveHdr, header, sizeof(MsgHeader)); //save internally the header to be used when the customer read the message with receiveMsg mHeaderRead = true; } void OneWayChannel::receiveMsg(void* data) { if (mHeaderRead == false) THROW("Call function receiveHdr first before calling receiveHdr"); //read the data uint64_t mReadDataMemoryModulo = mInfoHdr->mReadDataMemory % SHARED_MEMORY_SIZE; uint64_t bytesLeftUntilBufferEnd = SHARED_MEMORY_SIZE - mReadDataMemoryModulo; uint64_t bytesToReadUntilBufferEnd = min(mReceiveHdr.mLen, bytesLeftUntilBufferEnd); memcpy(data, mStartOfDataMemory + mReadDataMemoryModulo, bytesToReadUntilBufferEnd); uint64_t leftOverBytes = mReceiveHdr.mLen - bytesToReadUntilBufferEnd; char* pData = (char*)data; pData += bytesToReadUntilBufferEnd; if (leftOverBytes > 0) memcpy(pData, mStartOfDataMemory, leftOverBytes); mInfoHdr->mReadDataMemory += mReceiveHdr.mLen; popMsg(); RtPulseEvent(mMsgListReadDoneEvent); //in case the sender was waiting on the reader to write more data mHeaderRead = false; //reset header read flag to false for next message } RtxDataChannel::RtxDataChannel() { mChannels[WINDOWSTORTX] = new OneWayChannel(WINDOWSTORTX); mChannels[RTXTOWINDOWS] = new OneWayChannel(RTXTOWINDOWS); } RtxDataChannel::~RtxDataChannel() { delete mChannels[WINDOWSTORTX]; delete mChannels[RTXTOWINDOWS]; } RtxDataChannel* RtxDataChannel::getInstance() { if (mRtxDataChannel != NULL) return mRtxDataChannel; else { //TODO should be protected against other user thread, not done as only one user thread calls READ and WRITE macros for now mRtxDataChannel = new RtxDataChannel; mGarbageCollector.reset(mRtxDataChannel); return mRtxDataChannel; } } void RtxDataChannel::sendMsg(int channel, MsgHeader* header, void* data) { if (mRtxDataChannel == NULL) RtxDataChannel::getInstance(); mChannels[channel]->sendMsg(header, data); } void RtxDataChannel::receiveHdr(int channel, MsgHeader* header) { if (mRtxDataChannel == NULL) RtxDataChannel::getInstance(); mChannels[channel]->receiveHdr(header); } void RtxDataChannel::receiveMsg(int channel, void* data) { if (mRtxDataChannel == NULL) THROW("Call function receiveHdr first"); mChannels[channel]->receiveMsg(data); } RtxDataChannel* RtxDataChannel::mRtxDataChannel = NULL; auto_ptr<RtxDataChannel> RtxDataChannel::mGarbageCollector(0);
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/fighting.cpp
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starlegendary/SelfreliantHarmfulSuperuser
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fighting.cpp
#include "datas." void fight_with_monster(vector<vector<rooms>> board,status& Monster,status& Player,int S){ string c; cout << "----------------------------------------------------" << endl; cout << "| Monster is here !!!! |" << endl; cout << "----------------------------------------------------" << endl; cout << "| Fight or Die ? |" << endl; cout << "----------------------------------------------------" << endl; cout << "| Type 1 to fight | Type 2 to die |" << endl; cout << "----------------------------------------------------" << endl; cout << "Input Command: "; cin >> c; while ( true ){ if ( c == "1" ){ cin.get(); cout << "----------------------------------------------------" << endl; cout << "| You attack the Monster !! |" << endl; cout << "----------------------------------------------------" << endl; cout << " HP of Monster: "<< Monster.h <<" - "<< Player.d; Monster.h -= Player.d; cout << " = " << Monster.h << endl; cin.get(); if (Monster.h <= 0){ cout << "----------------------------------------------------" << endl; cout << "| The Monster died ... |" << endl; Player.pos.x = 0; Player.pos.y = 0; break; }else{ cout << "----------------------------------------------------" << endl; cout << "| The Monster counterattacks you !!! |" << endl; cout << "----------------------------------------------------" << endl; cout << " HP of You: "<< Player.h <<" - "<< Monster.d; Player.h -= Monster.d; cout << " = " << Player.h << endl; cin.get(); if (Player.h <=0){ cout << "----------------------------------------------------" << endl; cout << "| You died ... |" << endl; break; }else{ cout << "----------------------------------------------------" << endl; cout << "| It is lucky that you haven't died... |" << endl; cout << "----------------------------------------------------" << endl; cout << "| However... |" << endl; cout << "----------------------------------------------------" << endl; cout << "| Monster takes you back to thr origin. |" << endl; cout << "----------------------------------------------------" << endl; Player.pos.x = S-1; Player.pos.y = S-1; Print_info(board,S,Player); break; } } }else if( c == "2"){ Player.h = 0; break; }else{ cout << "----------------------------------------------------" << endl; cout << "| There is no the third choice... |" << endl; cout << "----------------------------------------------------" << endl; cout << "| Type 1 to fight | Type 2 to die |" << endl; cout << "----------------------------------------------------" << endl; cout << "Input Command: "; cin >> c; } } }
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/include/VmdFileReader.h
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kanosawa/mmd-eigen
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VmdFileReader.h
#ifndef MMD_VMD_FILE_READER_H #define MMD_VMD_FILE_READER_H #include <memory> #include <fstream> #include "Bone.h" #include "Motion.h" #include "FileReader.h" namespace mmd { /*! @brief VMDファイル読み込みクラス */ class VmdFileReader { public: /*! @brief コンストラクタ * @param[in] filename VMDファイル名 * @param[in] 初期ボーン */ VmdFileReader(const string &filename, const vector<Bone> &initialBones); /*! @brief デストラクタ */ ~VmdFileReader(); /*! @brief VMDファイルの読み込み * @param[out] motions VMDデータストリーム */ void readFile(vector<Motion>& motions); private: /*! @brief デフォルトコンストラクタの禁止 */ VmdFileReader(); /*! @brief ヘッダの読み込み * @param[out] vmdDataStream VMDデータストリーム * @return 成否 */ bool readHeader(); /*! @brief ファイル入力クラス */ FileReader fileReader_; /*! @brief ボーン名リスト */ vector<string> boneNames_; /*! @brief モーションデータ数 */ unsigned int motionDataNum_; }; } #endif
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/Source/CasualMercenaries/ShopLogic.h
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ShopLogic.h
// Fill out your copyright notice in the Description page of Project Settings. #pragma once #include "UILogicBase.h" #include "Inventory.h" #include "WeaponStruct.h" #include "ShopLogic.generated.h" /** * */ UCLASS() class CASUALMERCENARIES_API UShopLogic : public UUILogicBase { GENERATED_BODY() public: UShopLogic(const FObjectInitializer& PCIP); ~UShopLogic(); void SetUp(UUserWidget *shopWidget, UWorld *world); UFUNCTION() void OnClickedWeaponSlot(uint32 slotIndex); UFUNCTION() void OnClickedShopSlot(uint32 slotIndex); void Update() override; private: UPROPERTY() TArray<UButton*> weaponSlotButtons; UPROPERTY() TArray<UButton*> shopSlotButtons; TArray<UImage*> weaponSlotIcons; UButton* buyButton; UButton* upgradeButton1; UButton* upgradeButton2; UTextBlock *buyButtonText; UImage* weaponImage; UTextBlock* tooltipText; UMultiLineEditableTextBox* descriptionTextBox; UMultiLineEditableTextBox* statTextBox; UPROPERTY() uint32 currentShopIndex; UPROPERTY() uint32 currentWeaponIndex; UPROPERTY() TMap<WEAPONID, FWeaponStruct> weaponData; UPROPERTY() TArray<class UShopSlot*> shopSlots; UPROPERTY() TArray<class UWeaponSlot*> weaponSlots; UWorld *world; UFUNCTION() UButton* getShopButton(uint32 index); UButton* getWeaponSlotButton(uint32 index); void ChangeShopSlotColor(uint32 index, FSlateColor color); void ChangeWeaponSlotColor(uint32 index, FSlateColor color); UFUNCTION() void ChangeCurrentShopSlot(uint32 slotIndex); UFUNCTION() void OnClickedQuit(); UFUNCTION() void OnClickedBuyButton(); UFUNCTION() void UpdateBuyButton(); UFUNCTION() void OnClickedUpgradeButton1(); UFUNCTION() void OnClickedUpgradeButton2(); void ChangeWeaponIconImage(UTexture2D *newImage); void UpdateInfoBox(); void SetInputMode_UIOnly(); void SetInputMode_GameOnly(); }; UCLASS() class UWeaponSlot: public UObject { GENERATED_BODY() public: int32 slotIndex; UShopLogic *shopLogic; UWeaponSlot() { } UFUNCTION() void OnClicked() { shopLogic->OnClickedWeaponSlot(slotIndex); } }; UCLASS() class UShopSlot : public UObject { GENERATED_BODY() public: int32 slotIndex; UShopLogic *shopLogic; UShopSlot() { } UFUNCTION() void OnClicked() { shopLogic->OnClickedShopSlot(slotIndex); } };
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Alexthunder2/Fishing
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Unit1.h
//--------------------------------------------------------------------------- #ifndef Unit1H #define Unit1H //--------------------------------------------------------------------------- #include <System.Classes.hpp> #include <Vcl.Controls.hpp> #include <Vcl.StdCtrls.hpp> #include <Vcl.Forms.hpp> #include <Vcl.Menus.hpp> #include <Vcl.ExtCtrls.hpp> #include <Vcl.Graphics.hpp> #include <Vcl.Buttons.hpp> //--------------------------------------------------------------------------- class TForm1 : public TForm { __published: // IDE-managed Components TMainMenu *MainMenu1; TMenuItem *N1; TMenuItem *N2; TMenuItem *N3; TMenuItem *N4; TMenuItem *N5; TMenuItem *N6; TMenuItem *N7; TMenuItem *N8; TMenuItem *N9; TImage *Image1; TButton *Button1; TTimer *Timer1; TImage *Image2; TMenuItem *N10; TMenuItem *N11; TMenuItem *N12; TMenuItem *N13; TMenuItem *N14; TMenuItem *N15; TMenuItem *N16; TMenuItem *N17; TButton *Button2; TScrollBar *ScrollBar1; TImage *Image3; TLabel *Label1; TLabel *Label2; TTimer *Timer2; TImage *Image4; TTimer *Timer3; TBitBtn *BitBtn1; TImage *Image5; TButton *Button3; TLabel *Label3; TButton *Button4; TMenuItem *N18; TMenuItem *N19; TMenuItem *N20; TImage *Image6; TImage *Image7; TLabel *Label4; TLabel *Label5; TLabel *Label6; TTimer *Timer4; TButton *Button5; TTimer *Timer5; TTimer *Timer6; void __fastcall N2Click(TObject *Sender); void __fastcall FormCreate(TObject *Sender); void __fastcall N4Click(TObject *Sender); void __fastcall N3Click(TObject *Sender); void __fastcall N6Click(TObject *Sender); void __fastcall N5Click(TObject *Sender); void __fastcall N7Click(TObject *Sender); void __fastcall N8Click(TObject *Sender); void __fastcall N9Click(TObject *Sender); void __fastcall Button1Click(TObject *Sender); void __fastcall N11Click(TObject *Sender); void __fastcall N12Click(TObject *Sender); void __fastcall N13Click(TObject *Sender); void __fastcall N14Click(TObject *Sender); void __fastcall N15Click(TObject *Sender); void __fastcall N16Click(TObject *Sender); void __fastcall N17Click(TObject *Sender); void __fastcall ScrollBar1Scroll(TObject *Sender, TScrollCode ScrollCode, int &ScrollPos); void __fastcall Button2Click(TObject *Sender); void __fastcall Timer2Timer(TObject *Sender); void __fastcall Timer1Timer(TObject *Sender); void __fastcall Timer3Timer(TObject *Sender); void __fastcall BitBtn1Click(TObject *Sender); void __fastcall Button3Click(TObject *Sender); void __fastcall Button4Click(TObject *Sender); void __fastcall N19Click(TObject *Sender); void __fastcall N20Click(TObject *Sender); void __fastcall Timer4Timer(TObject *Sender); void __fastcall Image6Click(TObject *Sender); void __fastcall Button5Click(TObject *Sender); void __fastcall Timer5Timer(TObject *Sender); void __fastcall Timer6Timer(TObject *Sender); public: int d,price,ves,q,mis[20],lm,lud,kn[7],kartin[9],vesdom[9],uddraw[6],udbuyd[6], record, minut, sec1, sec2, t_level, t_cond; int set_level, curset, knopset, brokeset, rybinset, kol_open, kol_catch, item; int sets[3], eda[5], bonus1; private: // User declarations public: // User declarations __fastcall TForm1(TComponent* Owner); }; //--------------------------------------------------------------------------- extern PACKAGE TForm1 *Form1; //--------------------------------------------------------------------------- #endif
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timestamp.hpp
#ifndef H_MUSAK_TIMESTAMP #define H_MUSAK_TIMESTAMP #include "musak.hpp" #include <string> #include <regex> #include <tuple> #include <ostream> namespace musak { namespace annotations { using hms_t = std::tuple<int,int,int,int>; class timestamp { public: timestamp(const std::string& ts) : timestamp(parse_ts(ts)) { }; timestamp(hms_t t) : hours(std::get<0>(t)), minutes(std::get<1>(t)), seconds(std::get<2>(t)), milliseconds(std::get<3>(t)) { }; timestamp(const int h, const int m, const int s, const int ms) : hours(h), minutes(m), seconds(s), milliseconds(ms) { }; const hms_t get_hms() const; friend std::ostream& operator<<(std::ostream& st, timestamp& ts) { return st << ts.show(); } private: const static std::regex ts_regex; int hours; int minutes; int seconds; int milliseconds; static const hms_t parse_ts(const std::string& ts); const std::string show() const; }; // timestamp class } // namespace annotations } // namespace musak #endif
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/source/move_generator/main.cpp
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main.cpp
/** * The main function for the back end. * Mike Lane * */ #include <iostream> #include <zmq.hpp> #include <sstream> #include "Player.h" #include "Random_Player.h" #include "Testing_Player.h" #include "Negamax_Player.h" #include "AB_Player.h" #include "AB_ID_Player.h" #include "AB_ID_TT_Player.h" int main() { int exit_code = 0; // zeromq boilerplate. zmq::context_t context(1); zmq::socket_t socket(context, ZMQ_REQ); std::cerr << "Connecting to server ... " << std::endl; socket.connect("tcp://localhost:5555"); // Handshake // First send ready message { // Force request to go out of scope after it is sent. zmq::message_t request(5); memcpy(request.data(), "READY", 5); std::cerr << "Sending READY..." << std::endl; socket.send(request); } /** * The response should be the type of player: * 1: Random * 2: Negamax * 3: Negamax with alpha beta pruning * 4: Negamax with alpha beta pruning and iterative deepening * 5: Negamax with alpha beta pruning, iterative deepening, and transposition tables. */ zmq::message_t response; socket.recv(&response); std::string player_type = std::string(static_cast<char *>(response.data()), response.size()); std::cerr << "Received: " << player_type << std::endl; if (player_type == "DIE") { std::cerr << "Killed by Server" << std::endl; return 1; } Player *player; // Use dynamic binding to create the appropriate player. if (player_type == "0") { player = new Testing_Player(); std::cerr << "Created a new Testing_Player" << std::endl; } else if (player_type == "1") { player = new Random_Player(); std::cerr << "Created a new Random_Player" << std::endl; } else if (player_type == "2") { player = new Negamax_Player(); std::cerr << "Created a new Negamax_Player" << std::endl; } else if (player_type == "3") { player = new AB_Player(); std::cerr << "Created a new AB_Player" << std::endl; } else if (player_type == "4") { player = new AB_ID_Player(); std::cerr << "Created a new AB_ID_Player" << std::endl; } else if (player_type == "5") { player = new AB_ID_TT_Player(); std::cerr << "Created a new AB_ID_TT_Player" << std::endl; } else { std::cerr << "Player type not recognized or not implemented! Quitting." << std::endl; return 1; } // The last part of the handshake with the front end. std::cerr << "Acknowledging player type " << std::endl; socket.send(response); // Enter the game loop while (true) { // Try to get the game state vector zmq::message_t game_state; socket.recv(&game_state); std::string game_state_str{std::string(static_cast<char *>(game_state.data()), game_state.size())}; std::cerr << "Received: " << game_state_str << std::endl; if (game_state_str == "QUIT") { std::cerr << "Quitting" << std::endl; std::cerr << "Closing the socket" << std::endl; socket.close(); exit_code = 1; break; } // Call the appropriate function std::string move_string{player->get_move_string(game_state_str)}; zmq::message_t move_message(move_string.size()); memcpy(move_message.data(), move_string.c_str(), move_string.size()); std::cerr << "Responding with: " << move_string << std::endl; socket.send(move_message); } delete player; return exit_code; }
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/Learn/src/Mesh.cpp
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Mesh.cpp
#include "Mesh.h" #include "Utility.h" #include <sstream> #include <iostream> Mesh::Mesh(vector<Vertex> vertices, vector<unsigned int> indices, vector<TextureSlot> textures):drawMode(GL_TRIANGLES) { this->vertices = vertices; this->indices = indices; this->textures = textures; setupMesh(); } void Mesh::setupMesh() { glGenVertexArrays(1, &VAO); glGenBuffers(1, &VBO); glGenBuffers(1, &EBO); glBindVertexArray(VAO); glBindBuffer(GL_ARRAY_BUFFER, VBO); glBufferData(GL_ARRAY_BUFFER, vertices.size() * sizeof(Vertex), &vertices[0], GL_STATIC_DRAW); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, EBO); glBufferData(GL_ELEMENT_ARRAY_BUFFER, indices.size() * sizeof(unsigned int), &indices[0], GL_STATIC_DRAW); // 顶点位置 glEnableVertexAttribArray(0); glVertexAttribPointer(0, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)0); // 顶点法线 glEnableVertexAttribArray(1); glVertexAttribPointer(1, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, Normal)); // 顶点纹理坐标 glEnableVertexAttribArray(2); glVertexAttribPointer(2, 2, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, TexCoords)); //切线 glEnableVertexAttribArray(3); glVertexAttribPointer(3, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, Tangent)); //副切线 glEnableVertexAttribArray(4); glVertexAttribPointer(4, 3, GL_FLOAT, GL_FALSE, sizeof(Vertex), (void*)offsetof(Vertex, Bitangent)); glBindVertexArray(0); } void Mesh::Draw(const Shader& shader, bool useMeshTexture) { if (useMeshTexture) { for (unsigned int i = 0; i < textures.size(); i++) { glActiveTexture(GL_TEXTURE0 + i); // 在绑定之前激活相应的纹理单元 shader.setInt(textures[i].name.c_str(), i); glBindTexture(GL_TEXTURE_2D, textures[i].id); } glActiveTexture(GL_TEXTURE0); } // 绘制网格 glBindVertexArray(VAO); glDrawElements(drawMode, (GLsizei)indices.size(), GL_UNSIGNED_INT, 0); glBindVertexArray(0); }
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Triangle.cpp
#include "Triangle.h" //----------------------------------------------------------------------------- Triangle::Triangle() : DrawObj(DrawObj::OBJ_TYPE_TRIANGLE) //----------------------------------------------------------------------------- { } //----------------------------------------------------------------------------- Triangle::~Triangle() //----------------------------------------------------------------------------- { } //----------------------------------------------------------------------------- void Triangle::draw() //----------------------------------------------------------------------------- { glClear(GL_COLOR_BUFFER_BIT); glMatrixMode(GL_MODELVIEW); glLoadIdentity(); glBegin(GL_LINE_LOOP); glVertex2f(mX - 200 , mY - 200); glVertex2f(mX , mY + 200); glVertex2f(mX + 200, mY - 200); glEnd(); }
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test.cpp
#include<bits/stdc++.h> using namespace std; int a[500]; main() { int n = 500; int k = 303; mt19937 rng(chrono::steady_clock::now().time_since_epoch().count()); uniform_int_distribution<int> dis(0, (int)1e9); for(int i = 0; i < n; i++) { a[i] = i * 211243 + 10; } sort(a, a + n); printf("%d %d\n", n, k); for(int i = 0; i < n; i++) printf("%d%c", a[i], i == n - 1 ? '\n' : ' '); return 0; }
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TetraAudio.cpp
#include "TetraAudio.h" #define BLOCK_SIZE 512 #define SAMPLE_SIZE sizeof(uint16_t) #define Q_READ_SIZE 128 * SAMPLE_SIZE const int numAudioChannels = 4; uint8_t audioData[BLOCK_SIZE]; #ifdef MOCK_AUDIO void init() { return; } boolean startRecording() { return true; } uint8_t * continueRecording(uint32_t currentFrame) { return audioData; } void stopRecording() { return; } #else //#include <Audio.h> //#include <Wire.h> // Audio ************************************************** // Use these with the Teensy Audio Shield #define SDCARD_CS_PIN 10 #define SDCARD_MOSI_PIN 7 #define SDCARD_SCK_PIN 14 unsigned long int bufferOverruns = 0; //You can WYSIWYG these pjrc objects here: https://www.pjrc.com/teensy/gui/ // hw objects #include "input_i2s_quad.h" #include "output_i2s_quad.h" #include "control_sgtl5000.h" #include "record_queue.h" //#include "AudioStream.h" AudioInputI2SQuad i2sQuadIn; AudioOutputI2SQuad i2sQuadOut; AudioControlSGTL5000 audioShield0; AudioControlSGTL5000 audioShield1; //queues which will chache audio before saving to files AudioRecordQueue queue[numAudioChannels]; //inputs from mics to queues AudioConnection patchCord2(i2sQuadIn, 0, queue[0], 0); AudioConnection patchCord3(i2sQuadIn, 1, queue[1], 0); AudioConnection patchCord4(i2sQuadIn, 2, queue[2], 0); AudioConnection patchCord5(i2sQuadIn, 3, queue[3], 0); //end WYSIWYG // which input on the audio shield will be used? const int myInput = AUDIO_INPUT_LINEIN; // ******************************************************* /** @return void @brief Allocates special pieces of memory and configures the two audio shields */ void TetraAudioClass::init() { // Allocate twice as much audio queue memory as given by PJRC in stereo example AudioMemory(120); // Enable the audio shield, select input, and enable output audioShield0.setAddress(LOW); audioShield0.enable(); audioShield0.inputSelect(myInput); audioShield0.volume(0.5); audioShield1.setAddress(HIGH); audioShield1.enable(); audioShield1.inputSelect(myInput); audioShield1.volume(0.5); } /** @brief Gets the file and queues ready for recording @return void */ boolean TetraAudioClass::startRecording() { boolean rv = true; bufferOverruns = 0; for (int i = 0; i < numAudioChannels; i++) { queue[i].begin(); queue[i].clear(); } return rv; } /** @brief returns data for current frame @currentFrame the absolute frame caller is requesting data for where @return null if no audio data for currentFrame passed in, otw a pointer to a 512 byte array */ uint8_t * TetraAudioClass::continueRecording(uint32_t currentFrame) { uint8_t * pData = NULL; if (queue[currentFrame % 4].available() >= 2) { if (queue[currentFrame % 4].available() == 30) bufferOverruns++; //write a block memcpy(audioData, queue[currentFrame % 4].readBuffer(), Q_READ_SIZE); memcpy(audioData + Q_READ_SIZE, queue[currentFrame % 4].readBuffer(), Q_READ_SIZE); //disk.write((uint8_t *)queue[currentFrame % 4].readBuffer()); pData = audioData; } return pData; } /** @return void @brief writes any last samples out of the queue and closes files and frees buffers */ void TetraAudioClass::stopRecording() { Serial.println("stoppingRecording"); for (int i = 0; i < numAudioChannels; i++) { queue[i].end(); queue[i].clear(); } Serial.print("buffer overruns: "); Serial.println(bufferOverruns); } #endif
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/spark_core/application.cpp
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application.cpp
#include "application.h" // ------------- configuration ------------ // set the parametrs from= and to= (keep the fields[] as it is). const char* query = "/v1/connections?from=Bern&to=Bern,Hirschengraben&fields[]=connections/from/departure&limit=6"; const char* connName1 = "9 Bern"; // possible status list: enum Status { // increasing priority, if there is "walk" and "run", it shows "walk". off=1, missed=2, run=3, leave_now=4, walk=5 }; Status getStatus(int diffSeconds) { if (diffSeconds < -60) { // too late return off; } else if (diffSeconds < 90) { return missed; } else if (diffSeconds < 3 * 60) { return run; } else if (diffSeconds < 3.5 * 60 ) { return leave_now; } else if (diffSeconds < 5 * 60) { return walk; } else { // longer, then turn led off return off; } } void updateLED(Status status) { switch(status) { case off: RGB.color(0,0,10); break; // dimmed blue case missed: RGB.color(255,0,0); break; // red case run: RGB.color(255,50,0); break;// orange case leave_now:RGB.color(255,150,0); break;// yellow case walk: RGB.color(0,255,0); break; // green } } // is a display connected? #define DISPLAY true // ------------- enf of configuration ------------ #include "application.h" // ---------------- begin of OLED code ------------------- #include <stdio.h> #include <string.h> #include <inttypes.h> // OLED hardware versions #define OLED_V1 0x01 #define OLED_V2 0x02 // commands #define LCD_CLEARDISPLAY 0x01 #define LCD_RETURNHOME 0x02 #define LCD_ENTRYMODESET 0x04 #define LCD_DISPLAYCONTROL 0x08 #define LCD_CURSORSHIFT 0x10 #define LCD_FUNCTIONSET 0x28 #define LCD_SETCGRAMADDR 0x40 #define LCD_SETDDRAMADDR 0x80 // flags for display entry mode #define LCD_ENTRYRIGHT 0x00 #define LCD_ENTRYLEFT 0x02 #define LCD_ENTRYSHIFTINCREMENT 0x01 #define LCD_ENTRYSHIFTDECREMENT 0x00 // flags for display on/off control #define LCD_DISPLAYON 0x04 #define LCD_DISPLAYOFF 0x00 #define LCD_CURSORON 0x02 #define LCD_CURSOROFF 0x00 #define LCD_BLINKON 0x01 #define LCD_BLINKOFF 0x00 // flags for display/cursor shift // Adafruit_CharacterOLED.h #define LCD_DISPLAYMOVE 0x08 #define LCD_CURSORMOVE 0x00 #define LCD_MOVERIGHT 0x04 #define LCD_MOVELEFT 0x00 // flags for function set #define LCD_8BITMODE 0x10 #define LCD_4BITMODE 0x00 #define LCD_JAPANESE 0x00 #define LCD_EUROPEAN_I 0x01 #define LCD_RUSSIAN 0x02 #define LCD_EUROPEAN_II 0x03 class Adafruit_CharacterOLED : public Print { public: Adafruit_CharacterOLED(uint8_t ver, uint8_t rs, uint8_t rw, uint8_t enable, uint8_t d4, uint8_t d5, uint8_t d6, uint8_t d7); void init(uint8_t ver, uint8_t rs, uint8_t rw, uint8_t enable, uint8_t d4, uint8_t d5, uint8_t d6, uint8_t d7); void begin(uint8_t cols, uint8_t rows); void clear(); void home(); void noDisplay(); void display(); void noBlink(); void blink(); void noCursor(); void cursor(); void scrollDisplayLeft(); void scrollDisplayRight(); void leftToRight(); void rightToLeft(); void autoscroll(); void noAutoscroll(); void createChar(uint8_t, uint8_t[]); void setCursor(uint8_t, uint8_t); virtual size_t write(uint8_t); void command(uint8_t); private: void send(uint8_t, uint8_t); void write4bits(uint8_t); void pulseEnable(); void waitForReady(); uint8_t _oled_ver; // OLED_V1 = older, OLED_V2 = newer hardware version. uint8_t _rs_pin; // LOW: command. HIGH: character. uint8_t _rw_pin; // LOW: write to LCD. HIGH: read from LCD. uint8_t _enable_pin; // activated by a HIGH pulse. uint8_t _busy_pin; // HIGH means not ready for next command uint8_t _data_pins[4]; uint8_t _displayfunction; uint8_t _displaycontrol; uint8_t _displaymode; uint8_t _initialized; uint8_t _currline; uint8_t _numlines; }; // Adafruit_CharacterOLED.cpp // Derived from LiquidCrystal by David Mellis // With portions adapted from Elco Jacobs OLEDFourBit // Modified for 4-bit operation of the Winstar 16x2 Character OLED // By W. Earl for Adafruit - 6/30/12 // Initialization sequence fixed by Technobly - 9/22/2013 // On power up, the display is initilaized as: // 1. Display clear // 2. Function set: // DL="1": 8-bit interface data // N="0": 1-line display // F="0": 5 x 8 dot character font // 3. Power turn off // PWR="0" // 4. Display on/off control: D="0": Display off C="0": Cursor off B="0": Blinking off // 5. Entry mode set // I/D="1": Increment by 1 // S="0": No shift // 6. Cursor/Display shift/Mode / Pwr // S/C="0", R/L="1": Shifts cursor position to the right // G/C="0": Character mode // Pwr="1": Internal DCDC power on // // Note, however, that resetting the Arduino doesn't reset the LCD, so we // can't assume that its in that state when a sketch starts (and the // LiquidCrystal constructor is called). Adafruit_CharacterOLED::Adafruit_CharacterOLED(uint8_t ver, uint8_t rs, uint8_t rw, uint8_t enable, uint8_t d4, uint8_t d5, uint8_t d6, uint8_t d7) { init(ver, rs, rw, enable, d4, d5, d6, d7); } void Adafruit_CharacterOLED::init(uint8_t ver, uint8_t rs, uint8_t rw, uint8_t enable, uint8_t d4, uint8_t d5, uint8_t d6, uint8_t d7) { _oled_ver = ver; if(_oled_ver != OLED_V1 && _oled_ver != OLED_V2) { _oled_ver = OLED_V2; // if error, default to newer version } _rs_pin = rs; _rw_pin = rw; _enable_pin = enable; _data_pins[0] = d4; _data_pins[1] = d5; _data_pins[2] = d6; _data_pins[3] = _busy_pin = d7; pinMode(_rs_pin, OUTPUT); pinMode(_rw_pin, OUTPUT); pinMode(_enable_pin, OUTPUT); _displayfunction = LCD_FUNCTIONSET | LCD_4BITMODE; begin(16, 2); } void Adafruit_CharacterOLED::begin(uint8_t cols, uint8_t lines) { _numlines = lines; _currline = 0; pinMode(_rs_pin, OUTPUT); pinMode(_rw_pin, OUTPUT); pinMode(_enable_pin, OUTPUT); digitalWrite(_rs_pin, LOW); digitalWrite(_enable_pin, LOW); digitalWrite(_rw_pin, LOW); delayMicroseconds(50000); // give it some time to power up // Now we pull both RS and R/W low to begin commands for (int i = 0; i < 4; i++) { pinMode(_data_pins[i], OUTPUT); digitalWrite(_data_pins[i], LOW); } // Initialization sequence is not quite as documented by Winstar. // Documented sequence only works on initial power-up. // An additional step of putting back into 8-bit mode first is // required to handle a warm-restart. // // In the data sheet, the timing specs are all zeros(!). These have been tested to // reliably handle both warm & cold starts. // 4-Bit initialization sequence from Technobly write4bits(0x03); // Put back into 8-bit mode delayMicroseconds(5000); if(_oled_ver == OLED_V2) { // only run extra command for newer displays write4bits(0x08); delayMicroseconds(5000); } write4bits(0x02); // Put into 4-bit mode delayMicroseconds(5000); write4bits(0x02); delayMicroseconds(5000); write4bits(0x08); delayMicroseconds(5000); command(0x08); // Turn Off delayMicroseconds(5000); command(0x01); // Clear Display delayMicroseconds(5000); command(0x06); // Set Entry Mode delayMicroseconds(5000); command(0x02); // Home Cursor delayMicroseconds(5000); command(0x0C); // Turn On - enable cursor & blink delayMicroseconds(5000); } /********** high level commands, for the user! */ void Adafruit_CharacterOLED::clear() { command(LCD_CLEARDISPLAY); // clear display, set cursor position to zero // delayMicroseconds(2000); // this command takes a long time! } void Adafruit_CharacterOLED::home() { command(LCD_RETURNHOME); // set cursor position to zero // delayMicroseconds(2000); // this command takes a long time! } void Adafruit_CharacterOLED::setCursor(uint8_t col, uint8_t row) { uint8_t row_offsets[] = { 0x00, 0x40, 0x14, 0x54 }; if ( row >= _numlines ) { row = 0; //write to first line if out off bounds } command(LCD_SETDDRAMADDR | (col + row_offsets[row])); } // Turn the display on/off (quickly) void Adafruit_CharacterOLED::noDisplay() { _displaycontrol &= ~LCD_DISPLAYON; command(LCD_DISPLAYCONTROL | _displaycontrol); } void Adafruit_CharacterOLED::display() { _displaycontrol |= LCD_DISPLAYON; command(LCD_DISPLAYCONTROL | _displaycontrol); } // Turns the underline cursor on/off void Adafruit_CharacterOLED::noCursor() { _displaycontrol &= ~LCD_CURSORON; command(LCD_DISPLAYCONTROL | _displaycontrol); } void Adafruit_CharacterOLED::cursor() { _displaycontrol |= LCD_CURSORON; command(LCD_DISPLAYCONTROL | _displaycontrol); } // Turn on and off the blinking cursor void Adafruit_CharacterOLED::noBlink() { _displaycontrol &= ~LCD_BLINKON; command(LCD_DISPLAYCONTROL | _displaycontrol); } void Adafruit_CharacterOLED::blink() { _displaycontrol |= LCD_BLINKON; command(LCD_DISPLAYCONTROL | _displaycontrol); } // These commands scroll the display without changing the RAM void Adafruit_CharacterOLED::scrollDisplayLeft(void) { command(LCD_CURSORSHIFT | LCD_DISPLAYMOVE | LCD_MOVELEFT); } void Adafruit_CharacterOLED::scrollDisplayRight(void) { command(LCD_CURSORSHIFT | LCD_DISPLAYMOVE | LCD_MOVERIGHT); } // This is for text that flows Left to Right void Adafruit_CharacterOLED::leftToRight(void) { _displaymode |= LCD_ENTRYLEFT; command(LCD_ENTRYMODESET | _displaymode); } // This is for text that flows Right to Left void Adafruit_CharacterOLED::rightToLeft(void) { _displaymode &= ~LCD_ENTRYLEFT; command(LCD_ENTRYMODESET | _displaymode); } // This will 'right justify' text from the cursor void Adafruit_CharacterOLED::autoscroll(void) { _displaymode |= LCD_ENTRYSHIFTINCREMENT; command(LCD_ENTRYMODESET | _displaymode); } // This will 'left justify' text from the cursor void Adafruit_CharacterOLED::noAutoscroll(void) { _displaymode &= ~LCD_ENTRYSHIFTINCREMENT; command(LCD_ENTRYMODESET | _displaymode); } // Allows us to fill the first 8 CGRAM locations // with custom characters void Adafruit_CharacterOLED::createChar(uint8_t location, uint8_t charmap[]) { location &= 0x7; // we only have 8 locations 0-7 command(LCD_SETCGRAMADDR | (location << 3)); for (int i=0; i<8; i++) { write(charmap[i]); } } /*********** mid level commands, for sending data/cmds */ inline void Adafruit_CharacterOLED::command(uint8_t value) { send(value, LOW); waitForReady(); } inline size_t Adafruit_CharacterOLED::write(uint8_t value) { send(value, HIGH); waitForReady(); return 0; } /************ low level data pushing commands **********/ // write either command or data void Adafruit_CharacterOLED::send(uint8_t value, uint8_t mode) { digitalWrite(_rs_pin, mode); pinMode(_rw_pin, OUTPUT); digitalWrite(_rw_pin, LOW); write4bits(value>>4); write4bits(value); } void Adafruit_CharacterOLED::pulseEnable(void) { digitalWrite(_enable_pin, HIGH); delayMicroseconds(50); // Timing Spec? digitalWrite(_enable_pin, LOW); } void Adafruit_CharacterOLED::write4bits(uint8_t value) { for (int i = 0; i < 4; i++) { pinMode(_data_pins[i], OUTPUT); digitalWrite(_data_pins[i], (value >> i) & 0x01); } delayMicroseconds(50); // Timing spec? pulseEnable(); } // Poll the busy bit until it goes LOW void Adafruit_CharacterOLED::waitForReady(void) { unsigned char busy = 1; pinMode(_busy_pin, INPUT); digitalWrite(_rs_pin, LOW); digitalWrite(_rw_pin, HIGH); do { digitalWrite(_enable_pin, LOW); digitalWrite(_enable_pin, HIGH); delayMicroseconds(10); busy = digitalRead(_busy_pin); digitalWrite(_enable_pin, LOW); pulseEnable(); // get remaining 4 bits, which are not used. } while(busy); pinMode(_busy_pin, OUTPUT); digitalWrite(_rw_pin, LOW); } Adafruit_CharacterOLED *lcd; // ---------------- end of OLED code ------------------- #include <time.h> #define DEBUG false String http_get(const char* hostname, String path); long currentTimeEpoche(); long parseDateWithTimezone(String str); int led = D7; Status currentStatus = off; unsigned int nextTime = 0; // next time to contact the server #define CONNECTION_CACHE_SIZE 10 unsigned long connections[CONNECTION_CACHE_SIZE]; unsigned long lastTimestamp =0; long lastTsMilis = 0; void setup() { Serial.begin(9600); pinMode(led, OUTPUT); lcd = new Adafruit_CharacterOLED(OLED_V1, D0, D1, D2, D3, D4, D5, D6); lcd->clear(); // Spark.variable("ms", &lastTsMilis, INT); // Spark.variable("ts", &lastTimestamp, INT); // init connection array for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { connections[i] = 0; } RGB.control(true); RGB.color(0,0,10); // dimmed blue RGB.brightness(255); } void printCache(unsigned long* cache) { Serial.println("conn:"); Serial.println("-----------"); for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { Serial.println(cache[i]); } Serial.println("-------"); } /** * Adds the given timestamp to the connection array. Multiple arrays might be possible. */ void addConnection(unsigned long ts, unsigned long* cache) { if(DEBUG) Serial.print("fahrplan ts:"); if(DEBUG) Serial.println(ts); for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { if (cache[i] == ts) { // already in table, ignore return; } else if (cache[i] == 0) { // found empty slot, add ts. empty slots are in the end. cache[i] = ts; return; } } } void cleanupCache(unsigned long* cache, unsigned long now) { for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { if(cache[i] == 0) { // empty } else if(cache[i] < now - 120) { // delete old entries cache[i] = 0; } if(i > 0 && cache[i-1] == 0) { // if prev entry is empty: move current cache[i-1] = cache[i]; cache[i] = 0; } } } int getCacheSize(unsigned long* cache) { int count = 0; for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { if(cache[i] != 0) { count++; } } return count; } void parseFahrplan(String jsonData, unsigned long* cache) { int offset = 0; do { offset = jsonData.indexOf("departure\":\"", offset); if(DEBUG) Serial.print("offset: "); if(DEBUG) Serial.println(offset); if (offset == -1) { break; } offset += 12; // move to timestamp String str = jsonData.substring(offset, offset + 24); if(DEBUG) Serial.print("date: "); if(DEBUG) Serial.println(str); if(str.length() == 0) { continue; } long ts = parseDateWithTimezone(str); addConnection(ts, cache); } while (offset >= 0); } Status calculateStatus(unsigned long* cache, long now) { // Connections might be overlapping. In case you have every 2 minutes a connection, // you want to see green all the time. the enum Status is ordered by increasing priority. Status bestStatus = off; for (int i = 0; i < CONNECTION_CACHE_SIZE; i++) { unsigned long ts = cache[i]; if(ts == 0) { continue; } int diff = ts - now; Status newColor = getStatus(diff); if (newColor > bestStatus) { bestStatus = newColor; } if(bestStatus == walk) { // it is as good as it gets, stop evaluating break; } } return bestStatus; } void updateDisplay(const char* connectionName, unsigned long* cache, unsigned long now) { if(DEBUG) Serial.println("updating display..."); // assuming it is a 16 column, 2 row display int row = 0; for (int i = 0; i < CONNECTION_CACHE_SIZE && row < 2; i++) { long diff = cache[i] - now; if(diff < 0) { continue; } else { String time(diff / 60 ); // minutes // Connection name lcd->setCursor(0,row); lcd->print(connectionName); // fill spaces int spaces = 16 - strlen(connectionName) - time.length(); for(int f = 0; f < spaces;f++) { lcd->print(" "); } // Print duration lcd->print(time); row++; } } } void loop() { if (nextTime > millis()) { // keep the same color while waiting return; } digitalWrite(led, HIGH); delay(200); digitalWrite(led, LOW); // the timestamp is checked online every 5 min if(lastTimestamp == 0 || lastTsMilis == 0 || millis() - lastTsMilis > 5 * 60 * 1000 ) { Serial.println("local time is old, refreshing"); // refresh time online lastTimestamp = currentTimeEpoche(); lastTsMilis = millis(); } // estimate current time (last ts + difference) unsigned long now = lastTimestamp + ((millis() - lastTsMilis) / 1000); if(DEBUG) Serial.print("now: "); if(DEBUG) Serial.println(now); // organize connection cache cleanupCache(connections, now); if ( getCacheSize(connections) <=1 ) { lcd->setCursor(0,1); lcd->print("data loading..."); Serial.println("loading connections..."); // refresh connections String resp = http_get("transport.opendata.ch", query); parseFahrplan(resp, connections); } if(DEBUG)printCache(connections); Status status = calculateStatus(connections, now); updateLED(status); if(DISPLAY) updateDisplay(connName1, connections,now); // check the color again in 5 seconds: nextTime = millis() + 5000; } // ------------- HTTP functions -------------- /** * make http request and return body */ TCPClient client; char buffer[512]; String http_get(char const* hostname, String path) { if (client.connect(hostname, 80)) { client.print("GET "); client.print(path); client.print(" HTTP/1.0\n"); client.print("HOST: "); client.println(hostname); client.print("\n"); // client.print("Connection: close\n\n"); client.flush(); } else { Serial.println("connection failed"); client.stop(); return NULL; } delay(2000); // TODO: work arround the delay unsigned int bytes = client.available(); for ( unsigned int i = 0; i < sizeof(buffer) && i < bytes; i++) { char c = client.read(); if (c == -1) { break; } buffer[i] = c; } client.stop(); String response(buffer); int bodyPos = response.indexOf("\r\n\r\n"); if (bodyPos == -1) { Serial.println("can not find http reponse body"); return NULL; } return response.substring(bodyPos + 4); } // ------------- DATE / TIME functions -------------- /** * parse a string of the form "2014-01-11T17:17:59+0200" */ long parseDate(String str) { // TODO: it assumes it is running in UTC. mktime() uses the local time (time zone) for creating timestamp. // parse date. timegm() would be better, but is not available. struct tm time; strptime(str.c_str(), "%Y-%m-%dT%H:%M:%S", &time); return (long) mktime(&time); } /** * can parse the timezone offset in the string "2014-01-11T17:17:59+0100" */ long parseTzOffset(String str) { // strptime currently does not parse the timezone with %z, so we do it ourself: // parse 3 digits the "+0100" which result in 1 hour. int offsetHours = atoi(str.substring(19,22).c_str()); return offsetHours * 3600; } /** * parse a string of the form "2014-01-11T17:17:59+0200" and fixes the timezone offset */ long parseDateWithTimezone(String str) { long ts = parseDate(str); long offset = parseTzOffset(str); ts -= offset; if(DEBUG) Serial.print("convert "); if(DEBUG) Serial.print(str); if(DEBUG) Serial.print(" to "); if(DEBUG) Serial.println(ts); return ts; } /** * returns current time since epoche, from a http server. */ long currentTimeEpoche() { lcd->setCursor(0,1); lcd->print("updating time..."); Serial.println("getting current time"); String response = http_get("www.timeapi.org", "/utc/now?\\s"); if (response != NULL) { Serial.print("timeapi time="); Serial.println(response); return atoi(response.c_str()); } else { return 0; } } /*timeapi example : * GET /utc/now?\s HTTP/1.0 Host: www.timeapi.org Connection: close HTTP/1.1 200 OK Server: nginx Date: Sat, 11 Jan 2014 11:59:37 GMT Content-Type: text/html;charset=utf-8 Content-Length: 25 Connection: keep-alive X-Frame-Options: sameorigin X-Xss-Protection: 1; mode=block 1389485095 */
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/Final/length of string using pointer.cpp
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Jubayer-Hossain-Abir-404/Problem-Solving-Using-C-C-
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length of string using pointer.cpp
#include<stdio.h> int main() { char str1[20]; int *p1; p1=str1; int c=0; printf("Enter the string:"); scanf("%s",&str1); p1=str1; while(*p1!='\0') { p1++; c++; } printf("Length of sting:%d",c); return 0; }
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/ACC sharedmemory exposer/SDK/ACC_ABP_Pit_Crew_RECEIVER_classes.hpp
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Sparten/ACC
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ACC_ABP_Pit_Crew_RECEIVER_classes.hpp
#pragma once // Assetto Corsa Competizione (0.1.0) SDK #ifdef _MSC_VER #pragma pack(push, 0x8) #endif #include "ACC_ABP_Pit_Crew_RECEIVER_structs.hpp" namespace SDK { //--------------------------------------------------------------------------- //Classes //--------------------------------------------------------------------------- // AnimBlueprintGeneratedClass ABP_Pit_Crew_RECEIVER.ABP_Pit_Crew_RECEIVER_C // 0x05B8 (0x0918 - 0x0360) class UABP_Pit_Crew_RECEIVER_C : public UAcPitstopAnimation { public: struct FPointerToUberGraphFrame UberGraphFrame; // 0x0360(0x0008) (Transient, DuplicateTransient) struct FAnimNode_Root AnimGraphNode_Root_B167C6994BC6EB5B042E6D90BB821580; // 0x0368(0x0048) struct FAnimNode_TransitionResult AnimGraphNode_TransitionResult_4A3BB957487C4B79CF0FECA17EA3884D;// 0x03B0(0x0048) struct FAnimNode_TransitionResult AnimGraphNode_TransitionResult_1F4E648A4FEA92CA749F2596DEFAD29C;// 0x03F8(0x0048) struct FAnimNode_SequencePlayer AnimGraphNode_SequencePlayer_1DD3895A4EB6D60879859DBA79F66B99;// 0x0440(0x00B0) struct FAnimNode_Root AnimGraphNode_StateResult_56B9193F420600576D0612A459AA9182;// 0x04F0(0x0048) struct FAnimNode_BlendSpacePlayer AnimGraphNode_BlendSpacePlayer_D7C23A9B40221F83F2B6029DCB9AD20C;// 0x0538(0x0128) struct FAnimNode_LayeredBoneBlend AnimGraphNode_LayeredBoneBlend_45F1E2F1445C17F483A2A8A8E1658D94;// 0x0660(0x00E0) struct FAnimNode_SequencePlayer AnimGraphNode_SequencePlayer_B09263B54C058BB54FDE79BB3E6C0D5B;// 0x0740(0x00B0) struct FAnimNode_Root AnimGraphNode_StateResult_133E8AD84FB722DD6B01A8B9ADE8050A;// 0x07F0(0x0048) struct FAnimNode_StateMachine AnimGraphNode_StateMachine_C2061D8946752BE6368AB5B6AA5DE68E;// 0x0838(0x00E0) static UClass* StaticClass() { static auto ptr = UObject::FindClass("AnimBlueprintGeneratedClass ABP_Pit_Crew_RECEIVER.ABP_Pit_Crew_RECEIVER_C"); return ptr; } void EvaluateGraphExposedInputs_ExecuteUbergraph_ABP_Pit_Crew_RECEIVER_AnimGraphNode_TransitionResult_1F4E648A4FEA92CA749F2596DEFAD29C(); void EvaluateGraphExposedInputs_ExecuteUbergraph_ABP_Pit_Crew_RECEIVER_AnimGraphNode_BlendSpacePlayer_D7C23A9B40221F83F2B6029DCB9AD20C(); void EvaluateGraphExposedInputs_ExecuteUbergraph_ABP_Pit_Crew_RECEIVER_AnimGraphNode_TransitionResult_4A3BB957487C4B79CF0FECA17EA3884D(); void ExecuteUbergraph_ABP_Pit_Crew_RECEIVER(int EntryPoint); }; } #ifdef _MSC_VER #pragma pack(pop) #endif
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/Max_Flow.cpp
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asimali246/Algorithms
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Max_Flow.cpp
#include <iostream> #include <cstdio> #include <cstdlib> #include <cmath> #include <set> #include <cstring> #include <iomanip> #include <map> #include <algorithm> #include <stack> #include <queue> #include <list> #include <string> #include <vector> #include <new> #include <bitset> #include <ctime> using namespace std; #define ll long long int #define INF 1000000000 #define PI acos(-1.0) #define EPS 1e-9 template <typename X> X gcd(X a, X b){if(!b)return a; else return gcd(b, a%b);} typedef vector<int> vi; typedef pair<int, int> ii; typedef pair<ll, ll> llp; typedef pair<double, double> dd; typedef pair<char, int> ci; int n, s, t, c, cs=1, mf, f, x, y, cost, i, j; vector<vector<ii> > adj; int res[111][111]; vi p; bitset<111> bs; queue<int> q; void augment(int v, int minCost) { if(v==s) { f=minCost; return; } else if(p[v]!=-1) { augment(p[v], min(minCost, res[p[v]][v])); res[p[v]][v]-=f; res[v][p[v]]+=f; } } int main() { adj.clear(), p.clear(); adj.assign(111, vector<ii>()); p.assign(111, -1); while(1) { scanf("%d", &n); if(!n) break; mf=0; scanf("%d %d %d", &s, &t, &c); for(i=1;i<=n;++i) adj[i].clear(); memset(res, 0, sizeof res); while(c--) { scanf("%d %d %d", &x, &y, &cost); adj[x].push_back(ii(y, cost)); adj[y].push_back(ii(x, cost)); res[x][y]+=cost; res[y][x]+=cost; } while(1) { for(i=1;i<=n;++i) p[i]=-1; q=queue<int>(); bs.reset(); q.push(s); bs[s]=1; f=0; while(!q.empty()) { int u=q.front();q.pop(); if(u==t) break; for(j=0;j<(int)adj[u].size();++j) { ii v=adj[u][j]; if(res[u][v.first]>0 && !bs[v.first]) { bs[v.first]=1; p[v.first]=u; q.push(v.first); } } } augment(t, INF); if(f==0) break; mf+=f; } printf("Network %d\n", cs++); printf("The bandwidth is %d.\n", mf); putchar('\n'); } return 0; }
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7_this_Pointer.cpp
// The 'this' Pointer in C++ /* 'this' pointer: - 'this' is a reserved keyword. - Contains the address of the object, so it's a pointer to the object. - Can only be used in class scope. - ALL member access is done via the 'this' pointer - Can be used to by programmer: - To access data members and methods. - To determine if 2 objects are the same. - Can be dereferenced (*this) to yield the current object - In other programming langauges 'this' is usually called 'self'. - ex) set balance Account: void Account::set_balance(double bal) { balance = bal; // this->balance is implied (dereference and access the member). The compiler is doing } this behind the scenes - We use 'this' to disambiguate identifier use: void Account::set_balance(double balance) { balance = balance; // which balance? the parameter? } void Account::set_balance(double balance) { this->balance = balance; // this is unambiguous } - this->balance refers to the data member (dereference and then access the member) - balance refers to the parameter - Sometimes it is usefull to know if 2 objects are the same object - ex) int Account::compare_balance(const Account &other) { if (this == &other) { std::cout << "The same objects" << "\n"; } ... } // (this == &other) compare this with the address of other. If they're the same, then they are the same object jim_account.compare(jim_account); // the if statement will be true - We use the 'this' pointer when we overload the assignment operator. */ #include <iostream> int main() { return 0; }
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wuyuhang422/OI-Code
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E.cpp
/* * Author: RainAir * Time: 2020-05-17 17:58:46 */ #include<bits/stdc++.h> #define fi first #define se second #define U unsigned #define P std::pair<int,int> #define LL long long #define pb push_back #define MP std::make_pair #define all(x) x.begin(),x.end() #define CLR(i,a) memset(i,a,sizeof(i)) #define FOR(i,a,b) for(int i = a;i <= b;++i) #define ROF(i,a,b) for(int i = a;i >= b;--i) #define DEBUG(x) std::cerr << #x << '=' << x << std::endl const int MAXN = 2e5 + 5; int n,n1,n2,n3,m; struct Edge{ int to,nxt; }e[MAXN<<1]; int head[MAXN],cnt; inline void add(int u,int v){ e[++cnt] = (Edge){v,head[u]};head[u] = cnt; e[++cnt] = (Edge){u,head[v]};head[v] = cnt; } int col[MAXN]; bool flag = true; std::vector<int> G[MAXN]; int tot; inline void dfs(int v,int fa=0){ G[tot].pb(v); for(int i = head[v];i;i = e[i].nxt){ if(e[i].to == fa) continue; if(col[e[i].to] == -1){ col[e[i].to] = col[v]^1; dfs(e[i].to,v); } else{ if(col[e[i].to] == col[v]){ flag = false; break; } } } } int a[MAXN],b[MAXN]; bool chg[MAXN]; int f[5005][5005],ans[MAXN]; bool use[MAXN]; int main(){ scanf("%d%d%d%d%d",&n,&m,&n1,&n2,&n3); bool exexex = (n1 == 1708)&&(n2==2333)&&(n3==959); FOR(i,1,m){ int u,v;scanf("%d%d",&u,&v);add(u,v); } CLR(col,-1); FOR(i,1,n) if(col[i] == -1) ++tot,col[i]=0,dfs(i); if(!flag){ puts("NO"); // if(exexex)puts("1"); return 0; } int sm = 0; FOR(i,1,tot){ for(auto x:G[i]){ if(col[x] == 0) a[i]++; else b[i]++; } if(a[i] > b[i]) std::swap(a[i],b[i]),chg[i] = 1; sm += a[i]; } if(sm > n2){ puts("NO"); // if(exexex)puts("2"); return 0; } f[0][0] = 1;f[1][b[1]-a[1]] = f[1][0] = 1; FOR(i,2,tot){ int w = b[i]-a[i]; f[i][0] = 1; f[i][w] = 1; FOR(j,w,n){ f[i][j] |= f[i-1][j-w]; } FOR(j,0,n) f[i][j] |= f[i-1][j]; } if(!f[tot][n2-sm]){ puts("NO"); return 0; } int now = n2-sm; ROF(i,tot,1){ int w = b[i]-a[i]; if(now-w >= 0 && f[i-1][now-w]){ now -= w; use[i] = 1; } else if(f[i-1][now]){ use[i] = 0; } else assert(0); } FOR(i,1,tot){ for(auto x:G[i]){ if(use[i]){ if(chg[i]){ if(col[x] == 0) ans[x] = 2; } else if(col[x] == 1) ans[x] = 2; } else{ if(chg[i]){ if(col[x] == 1) ans[x] = 2; } else if(col[x] == 0) ans[x] = 2; } } } int ttt = n1; FOR(i,1,n){ if(ans[i]) continue; if(ttt) ans[i] = 1,ttt--; else ans[i] = 3; } puts("YES"); FOR(i,1,n) printf("%d",ans[i]);puts(""); return 0; }
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/Fourmi.cpp
69c5e3dbb1bdebd643eee689c8ed4b0dfcb7e2f7
[]
no_license
inceptor/Ants-moove
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8aeccdcabf834a864e72c8ade5297eea1acde162
refs/heads/master
2021-01-23T03:48:54.589526
2015-04-20T15:56:13
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Fourmi.cpp
#include <iostream> #include "Fourmi.h" using namespace std; Fourmi::Fourmi(Plateau& plat) { i = (plat.get_h() / 2); j = (plat.get_l() / 2); for(d = 0; plat.get_case(i,j).get_o() != false; d++) { //Etape 1 : changement de direction plat.get_case(i,j).modif_d(); //Etape 2 : on avance en fonction de la direction switch (plat.get_case(i,j).get_d()){ case NORD: i--; break; case SUD: i++; break; case OUEST: j--; break; case EST: j++; break; } } plat.get_case(i,j).set_o(true); } int Fourmi::get_d() { return d; } bool operator<(const Fourmi& a, const Fourmi& b) { return a.d < b.d; }
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/Material/TPZBndCondWithMem_impl.h
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[]
no_license
mfkiwl/neopz
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30686f7bbfeb402d40bc204012ea0077cae31d58
refs/heads/master
2023-03-21T00:50:52.324139
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TPZBndCondWithMem_impl.h
// // TPZBndCondWithMem_impl.h // pz // // Created by Omar Durán on 6/12/19. // #include "TPZBndCondWithMem.h" template <class TMEM> void TPZBndCondWithMem<TMEM>::Print(std::ostream &out) { out << this->Name(); TPZBndCond::Print(out); } template <class TMEM> TMEM & TPZBndCondWithMem<TMEM>::MemItem(const int i) const{ return fMemory.get()->operator [](i); } template <class TMEM> int TPZBndCondWithMem<TMEM>::ClassId() const{ return Hash("TPZBndCondWithMem") ^ TPZBndCond::ClassId() << 1 ^ TMEM().ClassId() << 2; } template <class TMEM> void TPZBndCondWithMem<TMEM>::Write(TPZStream &buf, int withclassid) const{ TPZBndCond::Write(buf, withclassid); int updatemem = fUpdateMem; buf.Write(&updatemem); fDefaultMem.Write(buf, 0); TPZPersistenceManager::WritePointer(fMemory.get(), &buf); } template <class TMEM> void TPZBndCondWithMem<TMEM>::Read(TPZStream &buf, void *context){ TPZBndCond::Read(buf, context); int updatemem; buf.Read(&updatemem); if (updatemem) { fUpdateMem = true; } else { fUpdateMem = false; } fDefaultMem.Read(buf, 0); fMemory = std::dynamic_pointer_cast<TPZAdmChunkVector<TMEM> >(TPZPersistenceManager::GetSharedPointer(&buf)); } template <class TMEM> std::shared_ptr<TPZAdmChunkVector<TMEM>> & TPZBndCondWithMem<TMEM>::GetMemory(){ return fMemory; } template <class TMEM> void TPZBndCondWithMem<TMEM>::SetMemory(std::shared_ptr<TPZAdmChunkVector<TMEM>> & memory){ fMemory = memory; } template <class TMEM> int TPZBndCondWithMem<TMEM>::PushMemItem(int sourceIndex){ int index = fMemory->AllocateNewElement(); if (sourceIndex < 0) { this->ResetMemItem(index); } else { this->MemItem(index) = this->MemItem(sourceIndex); } return index; } template <class TMEM> void TPZBndCondWithMem<TMEM>::FreeMemItem(int index){ fMemory->SetFree(index); } template <class TMEM> void TPZBndCondWithMem<TMEM>::SetDefaultMem(TMEM & defaultMem){ fDefaultMem = defaultMem; } template <class TMEM> void TPZBndCondWithMem<TMEM>::SetUpdateMem(bool update){ fUpdateMem = update; } template <class TMEM> void TPZBndCondWithMem<TMEM>::Contribute(TPZMaterialData &data, REAL weight, TPZFMatrix<STATE> &ek, TPZFMatrix<STATE> &ef){ TPZBndCond::Contribute(data, weight, ek, ef); } template <class TMEM> void TPZBndCondWithMem<TMEM>::Contribute(TPZMaterialData &data, REAL weight, TPZFMatrix<STATE> &ef){ TPZFMatrix<STATE> ek_fake(ef.Rows(),ef.Rows()); this->Contribute(data, weight, ek_fake, ef); } template <class TMEM> void TPZBndCondWithMem<TMEM>::Contribute(TPZVec<TPZMaterialData> &datavec, REAL weight, TPZFMatrix<STATE> &ek, TPZFMatrix<STATE> &ef){ TPZBndCond::Contribute(datavec, weight, ek, ef); } template <class TMEM> void TPZBndCondWithMem<TMEM>::Contribute(TPZVec<TPZMaterialData> &datavec, REAL weight, TPZFMatrix<STATE> &ef){ TPZFMatrix<STATE> ek_fake(ef.Rows(),ef.Rows()); this->Contribute(datavec, weight, ek_fake, ef); } #define IMPLEMENTTPZBNDCONDWITHMEM(TMEM) \ \ template class \ TPZRestoreClass< TPZBndCondWithMem<TMEM> >;
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/src/WaterShed2.cxx
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[]
no_license
intelcode01/3Dbrain
3da1c1ef1fe56ea89472998900a5aac486771edf
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refs/heads/master
2021-01-22T06:54:50.035387
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WaterShed2.cxx
#include "itkWatershedImageFilter.h" #include "itkImageFileReader.h" #include "itkImageFileWriter.h" #include "itkScalarToRGBPixelFunctor.h" #include "itkUnaryFunctorImageFilter.h" #include "itkGradientMagnitudeRecursiveGaussianImageFilter.h" int main( int argc, char *argv[] ) { if( argc < 5 ) { std::cerr << "Missing Parameters " << std::endl; std::cerr << "Usage: " << argv[0]; std::cerr << " inputImage outputImage lowerThreshold outputScaleLevel" << std::endl; return 1; } typedef float InternalPixelType; typedef itk::RGBPixel<unsigned char> RGBPixelType; const unsigned int Dimension = 3; typedef itk::Image< InternalPixelType, Dimension > InternalImageType; typedef itk::Image< RGBPixelType, Dimension > RGBImageType; // // We instantiate reader and writer types // typedef itk::ImageFileReader< InternalImageType > ReaderType; typedef itk::ImageFileWriter< RGBImageType > WriterType; ReaderType::Pointer reader = ReaderType::New(); WriterType::Pointer writer = WriterType::New(); reader->SetFileName( argv[1] ); writer->SetFileName( argv[2] ); // // Instantiate the GradientMagnitude image filter // typedef itk::GradientMagnitudeRecursiveGaussianImageFilter< InternalImageType, InternalImageType > GradientMagnitudeFilterType; GradientMagnitudeFilterType::Pointer gradienMagnitudeFilter = GradientMagnitudeFilterType::New(); gradienMagnitudeFilter->SetInput( reader->GetOutput() ); gradienMagnitudeFilter->SetSigma( 1.0 ); // // Instantiate the Watershed filter // typedef itk::WatershedImageFilter< InternalImageType > WatershedFilterType; WatershedFilterType::Pointer watershedFilter = WatershedFilterType::New(); watershedFilter->SetInput( gradienMagnitudeFilter->GetOutput() ); watershedFilter->SetThreshold( atof( argv[3] ) ); watershedFilter->SetLevel( atof( argv[4] ) ); // // Instantiate the filter that will encode the label image // into a color image (random color attribution). // typedef itk::Functor::ScalarToRGBPixelFunctor< unsigned long > ColorMapFunctorType; typedef WatershedFilterType::OutputImageType LabeledImageType; typedef itk::UnaryFunctorImageFilter< LabeledImageType, RGBImageType, ColorMapFunctorType > ColorMapFilterType; ColorMapFilterType::Pointer colorMapFilter = ColorMapFilterType::New(); colorMapFilter->SetInput( watershedFilter->GetOutput() ); writer->SetInput( colorMapFilter->GetOutput() ); try { writer->Update(); } catch( itk::ExceptionObject & excep ) { std::cerr << "Exception caught !" << std::endl; std::cerr << excep << std::endl; } return 0; }
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/src/qtimeserver/main.cpp
a5d8a8e520447450e8caa483b6db695468b39cc6
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permissive
yodamaster/timefriend-server
f82fe685a4cd734c3cf9ab475b67c2471a2978c8
b9c22605c37843e0a423f9887d4ec0901c78f776
refs/heads/master
2020-12-03T00:01:15.503732
2015-12-13T14:26:00
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main.cpp
#include <QCoreApplication> #include "test.h" #include "application.h" int main(int argc, char *argv[]) { QCoreApplication a(argc, argv); QStringList arguments = a.arguments(); if (arguments.contains("test")) { Test test; test.testDB(); } Application app; app.init(); return a.exec(); }
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/CodeJam/Parenting_Partnering_small.cpp
291c71d8cf1c2e56d1b5793973443c3f04a9bfcd
[]
no_license
paka99/AlgorithmStudy
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3d3a20c227c34abc26ab1ec6b260ffb893ddace2
refs/heads/master
2021-01-21T10:53:30.522057
2017-05-05T12:20:58
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Parenting_Partnering_small.cpp
#include <vector> #include <list> #include <map> #include <set> #include <queue> #include <deque> #include <stack> #include <bitset> #include <algorithm> #include <functional> #include <numeric> #include <utility> #include <sstream> #include <iostream> #include <iomanip> #include <cstdio> #include <cmath> #include <cstdlib> #include <ctime> #include <fstream> using namespace std; typedef long long int ll; typedef unsigned long long int ull; #define REAT(nn) for(int ii = 0; ii < (nn); ii++) #define FOR(jj, nn) for(int jj = 0; jj < (nn); (jj)++) #define FORe(ii, nn) for(int ii = 1; ii <= nn; ii++) #define SIZE(a) ((int)(a).size()) #define ALL(a) (a).begin(),(a).end() #define IMP (1 << 30) #define NOP (-1) struct Acitivity{ int start; int end; }; int T; int Ac, Aj; int result; vector <Acitivity> cameron; vector <Acitivity> james; class compObj{ public: bool operator() (Acitivity a, Acitivity b){ return a.start < b.start ? true : false; } }; bool comp(Acitivity a, Acitivity b){ return a.start < b.start ? true : false; } int main(){ cin >> T; ofstream ofs("ans.txt", ios::trunc); char buffer[200]; FOR(t, T){ result = 0; cin >> Ac >> Aj; cameron.resize(Ac); james.resize(Aj); FOR(i, Ac) cin >> cameron[i].start >> cameron[i].end; FOR(i, Aj) cin >> james[i].start >> james[i].end; ::sort(james.begin(), james.end(), compObj()); ::sort(cameron.begin(), cameron.end(), compObj()); if (Ac == 1 && Aj == 1){ result = 2; } else if (Ac == 0){ if (Aj == 1) result = 2; else{ if (james[1].start - james[0].end >= 720 || james[0].start - james[1].end + 1440 >= 720) result = 2; else result = 4; } } else if (Aj == 0){ if (Ac == 1) result = 2; else{ if (cameron[1].start - cameron[0].end >= 720 || cameron[0].start - cameron[1].end + 1440 >= 720) result = 2; else result = 4; } } printf("Case #%d: %d\n", t + 1, result); sprintf(buffer, "Case #%d: %d", t + 1, result); ofs << buffer << endl; } return 0; }
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/originals/1998/WormsScreensaver/Worm.h
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[]
no_license
Lercher/old-stuff
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refs/heads/master
2021-01-10T16:55:22.156654
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Worm.h
// Worm.h: interface for the Worm class. // ////////////////////////////////////////////////////////////////////// #if !defined(AFX_WORM_H__13CDBC86_C3DE_11D1_A84C_204C4F4F5020__INCLUDED_) #define AFX_WORM_H__13CDBC86_C3DE_11D1_A84C_204C4F4F5020__INCLUDED_ #if _MSC_VER >= 1000 #pragma once #endif // _MSC_VER >= 1000 #define SIZE 25 #define MAX_TURN (0.1734) // 30 Grad = ca. 0.5 class Worm { public: void UnDraw(HDC hDC); void Paint(HDC hDC); void Move(void); Worm(); virtual ~Worm(); protected: COLORREF DeltaColor; double DirectionBias; double SpeedBias; double DeltaDeltaDirection; double DeltaSpeed; double HeadX; double HeadY; void PaintSegement(HDC hDC, POINT *p, COLORREF cr); POINT LastSegment; double Speed; double DeltaDirection; double Direction; COLORREF Color[SIZE]; long Size; POINT Segment[SIZE]; }; #endif // !defined(AFX_WORM_H__13CDBC86_C3DE_11D1_A84C_204C4F4F5020__INCLUDED_)
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/Cuarteles.cpp
8dd0e67e1bcee3c6e2b44cb370dc5c5a92084a69
[]
no_license
sarahcastelar/lab9_sarahCastelarp3
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refs/heads/master
2020-03-28T16:28:39.510012
2018-09-14T18:33:53
2018-09-14T18:33:53
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cpp
Cuarteles.cpp
#include "Cuarteles.h" Cuarteles::Cuarteles(int costoOro, int costoMadera, int costoPiedra, bool creandoSoldado, bool creandoCabelleria):Edificio(costoOro,costoMadera,costoPiedra){ this->creandoSoldado = creandoSoldado; this->creandoCaballeria = creandoCaballeria; } bool Cuarteles::getCreandoCaballeria(){ return creandoCaballeria; } void Cuarteles::setCreandoCaballeria(bool creandoCaballeria){ this->creandoCaballeria = creandoCaballeria; } bool Cuarteles::getCreandoSoldado(){ return creandoSoldado; } void Cuarteles::setCreandoSoldado(bool creandoSoldado){ this->creandoSoldado = creandoSoldado; } Cuarteles::~Cuarteles(){ }
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/WinPaint/source/Observers/Observable.h
9fbb17dc5cb16d1d4eae7c17e4496087687e23a0
[]
no_license
AlexMalei/OSSP.WinPaint
06a06601efc756c236ebd08bdf37c6525a0e3af5
aea7bc0ab054b9aa521854b53c0800067a486fc4
refs/heads/master
2020-12-30T14:00:05.914798
2016-10-16T18:10:42
2016-10-16T18:10:42
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h
Observable.h
#pragma once #include "Observer.h" #include <vector> namespace paint { template <class T> class Observable { typedef void (T::*method)(void); public: void AddObserver(T* observer) { m_observers.push_back(observer); } void RemoveObserver(T* observer) { auto it = std::find(m_observers.begin(), m_observers.end(), observer); if (it != m_observers.end()) { m_observers.erase(it); } } void NotifyAll(method m) { for (auto observer : m_observers) { (observer->*m)(); } } protected: std::vector<T*> m_observers; }; }
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/sw_x/storageNode/datasetdb/src/.svn/text-base/unicode_upcase_table.cpp.svn-base
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[]
no_license
muyl1/acer_cloud_wifi_copy
a8eff32e7dc02769bd2302914a7d5bd984227365
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refs/heads/master
2021-05-27T08:52:21.443483
2014-06-17T09:17:17
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unicode_upcase_table.cpp.svn-base
#include "vplu_types.h" u16 unicode_upcase_table[] = { 0x0000, 0x0001, 0x0002, 0x0003, 0x0004, 0x0005, 0x0006, 0x0007, 0x0008, 0x0009, 0x000a, 0x000b, 0x000c, 0x000d, 0x000e, 0x000f, 0x0010, 0x0011, 0x0012, 0x0013, 0x0014, 0x0015, 0x0016, 0x0017, 0x0018, 0x0019, 0x001a, 0x001b, 0x001c, 0x001d, 0x001e, 0x001f, 0x0020, 0x0021, 0x0022, 0x0023, 0x0024, 0x0025, 0x0026, 0x0027, 0x0028, 0x0029, 0x002a, 0x002b, 0x002c, 0x002d, 0x002e, 0x002f, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003a, 0x003b, 0x003c, 0x003d, 0x003e, 0x003f, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004a, 0x004b, 0x004c, 0x004d, 0x004e, 0x004f, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005a, 0x005b, 0x005c, 0x005d, 0x005e, 0x005f, 0x0060, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004a, 0x004b, 0x004c, 0x004d, 0x004e, 0x004f, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005a, 0x007b, 0x007c, 0x007d, 0x007e, 0x007f, 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008a, 0x008b, 0x008c, 0x008d, 0x008e, 0x008f, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009a, 0x009b, 0x009c, 0x009d, 0x009e, 0x009f, 0x00a0, 0x00a1, 0x00a2, 0x00a3, 0x00a4, 0x00a5, 0x00a6, 0x00a7, 0x00a8, 0x00a9, 0x00aa, 0x00ab, 0x00ac, 0x00ad, 0x00ae, 0x00af, 0x00b0, 0x00b1, 0x00b2, 0x00b3, 0x00b4, 0x00b5, 0x00b6, 0x00b7, 0x00b8, 0x00b9, 0x00ba, 0x00bb, 0x00bc, 0x00bd, 0x00be, 0x00bf, 0x00c0, 0x00c1, 0x00c2, 0x00c3, 0x00c4, 0x00c5, 0x00c6, 0x00c7, 0x00c8, 0x00c9, 0x00ca, 0x00cb, 0x00cc, 0x00cd, 0x00ce, 0x00cf, 0x00d0, 0x00d1, 0x00d2, 0x00d3, 0x00d4, 0x00d5, 0x00d6, 0x00d7, 0x00d8, 0x00d9, 0x00da, 0x00db, 0x00dc, 0x00dd, 0x00de, 0x00df, 0x00c0, 0x00c1, 0x00c2, 0x00c3, 0x00c4, 0x00c5, 0x00c6, 0x00c7, 0x00c8, 0x00c9, 0x00ca, 0x00cb, 0x00cc, 0x00cd, 0x00ce, 0x00cf, 0x00d0, 0x00d1, 0x00d2, 0x00d3, 0x00d4, 0x00d5, 0x00d6, 0x00f7, 0x00d8, 0x00d9, 0x00da, 0x00db, 0x00dc, 0x00dd, 0x00de, 0x0178, 0x0100, 0x0100, 0x0102, 0x0102, 0x0104, 0x0104, 0x0106, 0x0106, 0x0108, 0x0108, 0x010a, 0x010a, 0x010c, 0x010c, 0x010e, 0x010e, 0x0110, 0x0110, 0x0112, 0x0112, 0x0114, 0x0114, 0x0116, 0x0116, 0x0118, 0x0118, 0x011a, 0x011a, 0x011c, 0x011c, 0x011e, 0x011e, 0x0120, 0x0120, 0x0122, 0x0122, 0x0124, 0x0124, 0x0126, 0x0126, 0x0128, 0x0128, 0x012a, 0x012a, 0x012c, 0x012c, 0x012e, 0x012e, 0x0130, 0x0131, 0x0132, 0x0132, 0x0134, 0x0134, 0x0136, 0x0136, 0x0138, 0x0139, 0x0139, 0x013b, 0x013b, 0x013d, 0x013d, 0x013f, 0x013f, 0x0141, 0x0141, 0x0143, 0x0143, 0x0145, 0x0145, 0x0147, 0x0147, 0x0149, 0x014a, 0x014a, 0x014c, 0x014c, 0x014e, 0x014e, 0x0150, 0x0150, 0x0152, 0x0152, 0x0154, 0x0154, 0x0156, 0x0156, 0x0158, 0x0158, 0x015a, 0x015a, 0x015c, 0x015c, 0x015e, 0x015e, 0x0160, 0x0160, 0x0162, 0x0162, 0x0164, 0x0164, 0x0166, 0x0166, 0x0168, 0x0168, 0x016a, 0x016a, 0x016c, 0x016c, 0x016e, 0x016e, 0x0170, 0x0170, 0x0172, 0x0172, 0x0174, 0x0174, 0x0176, 0x0176, 0x0178, 0x0179, 0x0179, 0x017b, 0x017b, 0x017d, 0x017d, 0x017f, 0x0180, 0x0181, 0x0182, 0x0182, 0x0184, 0x0184, 0x0186, 0x0187, 0x0187, 0x0189, 0x018a, 0x018b, 0x018b, 0x018d, 0x018e, 0x018f, 0x0190, 0x0191, 0x0191, 0x0193, 0x0194, 0x0195, 0x0196, 0x0197, 0x0198, 0x0198, 0x019a, 0x019b, 0x019c, 0x019d, 0x019e, 0x019f, 0x01a0, 0x01a0, 0x01a2, 0x01a2, 0x01a4, 0x01a4, 0x01a6, 0x01a7, 0x01a7, 0x01a9, 0x01aa, 0x01ab, 0x01ac, 0x01ac, 0x01ae, 0x01af, 0x01af, 0x01b1, 0x01b2, 0x01b3, 0x01b3, 0x01b5, 0x01b5, 0x01b7, 0x01b8, 0x01b8, 0x01ba, 0x01bb, 0x01bc, 0x01bc, 0x01be, 0x01bf, 0x01c0, 0x01c1, 0x01c2, 0x01c3, 0x01c4, 0x01c5, 0x01c4, 0x01c7, 0x01c8, 0x01c7, 0x01ca, 0x01cb, 0x01ca, 0x01cd, 0x01cd, 0x01cf, 0x01cf, 0x01d1, 0x01d1, 0x01d3, 0x01d3, 0x01d5, 0x01d5, 0x01d7, 0x01d7, 0x01d9, 0x01d9, 0x01db, 0x01db, 0x018e, 0x01de, 0x01de, 0x01e0, 0x01e0, 0x01e2, 0x01e2, 0x01e4, 0x01e4, 0x01e6, 0x01e6, 0x01e8, 0x01e8, 0x01ea, 0x01ea, 0x01ec, 0x01ec, 0x01ee, 0x01ee, 0x01f0, 0x01f1, 0x01f2, 0x01f1, 0x01f4, 0x01f4, 0x01f6, 0x01f7, 0x01f8, 0x01f9, 0x01fa, 0x01fa, 0x01fc, 0x01fc, 0x01fe, 0x01fe, 0x0200, 0x0200, 0x0202, 0x0202, 0x0204, 0x0204, 0x0206, 0x0206, 0x0208, 0x0208, 0x020a, 0x020a, 0x020c, 0x020c, 0x020e, 0x020e, 0x0210, 0x0210, 0x0212, 0x0212, 0x0214, 0x0214, 0x0216, 0x0216, 0x0218, 0x0219, 0x021a, 0x021b, 0x021c, 0x021d, 0x021e, 0x021f, 0x0220, 0x0221, 0x0222, 0x0223, 0x0224, 0x0225, 0x0226, 0x0227, 0x0228, 0x0229, 0x022a, 0x022b, 0x022c, 0x022d, 0x022e, 0x022f, 0x0230, 0x0231, 0x0232, 0x0233, 0x0234, 0x0235, 0x0236, 0x0237, 0x0238, 0x0239, 0x023a, 0x023b, 0x023c, 0x023d, 0x023e, 0x023f, 0x0240, 0x0241, 0x0242, 0x0243, 0x0244, 0x0245, 0x0246, 0x0247, 0x0248, 0x0249, 0x024a, 0x024b, 0x024c, 0x024d, 0x024e, 0x024f, 0x0250, 0x0251, 0x0252, 0x0181, 0x0186, 0x0255, 0x0189, 0x018a, 0x0258, 0x018f, 0x025a, 0x0190, 0x025c, 0x025d, 0x025e, 0x025f, 0x0193, 0x0261, 0x0262, 0x0194, 0x0264, 0x0265, 0x0266, 0x0267, 0x0197, 0x0196, 0x026a, 0x026b, 0x026c, 0x026d, 0x026e, 0x019c, 0x0270, 0x0271, 0x019d, 0x0273, 0x0274, 0x019f, 0x0276, 0x0277, 0x0278, 0x0279, 0x027a, 0x027b, 0x027c, 0x027d, 0x027e, 0x027f, 0x0280, 0x0281, 0x0282, 0x01a9, 0x0284, 0x0285, 0x0286, 0x0287, 0x01ae, 0x0289, 0x01b1, 0x01b2, 0x028c, 0x028d, 0x028e, 0x028f, 0x0290, 0x0291, 0x01b7, 0x0293, 0x0294, 0x0295, 0x0296, 0x0297, 0x0298, 0x0299, 0x029a, 0x029b, 0x029c, 0x029d, 0x029e, 0x029f, 0x02a0, 0x02a1, 0x02a2, 0x02a3, 0x02a4, 0x02a5, 0x02a6, 0x02a7, 0x02a8, 0x02a9, 0x02aa, 0x02ab, 0x02ac, 0x02ad, 0x02ae, 0x02af, 0x02b0, 0x02b1, 0x02b2, 0x02b3, 0x02b4, 0x02b5, 0x02b6, 0x02b7, 0x02b8, 0x02b9, 0x02ba, 0x02bb, 0x02bc, 0x02bd, 0x02be, 0x02bf, 0x02c0, 0x02c1, 0x02c2, 0x02c3, 0x02c4, 0x02c5, 0x02c6, 0x02c7, 0x02c8, 0x02c9, 0x02ca, 0x02cb, 0x02cc, 0x02cd, 0x02ce, 0x02cf, 0x02d0, 0x02d1, 0x02d2, 0x02d3, 0x02d4, 0x02d5, 0x02d6, 0x02d7, 0x02d8, 0x02d9, 0x02da, 0x02db, 0x02dc, 0x02dd, 0x02de, 0x02df, 0x02e0, 0x02e1, 0x02e2, 0x02e3, 0x02e4, 0x02e5, 0x02e6, 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0x0364, 0x0365, 0x0366, 0x0367, 0x0368, 0x0369, 0x036a, 0x036b, 0x036c, 0x036d, 0x036e, 0x036f, 0x0370, 0x0371, 0x0372, 0x0373, 0x0374, 0x0375, 0x0376, 0x0377, 0x0378, 0x0379, 0x037a, 0x037b, 0x037c, 0x037d, 0x037e, 0x037f, 0x0380, 0x0381, 0x0382, 0x0383, 0x0384, 0x0385, 0x0386, 0x0387, 0x0388, 0x0389, 0x038a, 0x038b, 0x038c, 0x038d, 0x038e, 0x038f, 0x0390, 0x0391, 0x0392, 0x0393, 0x0394, 0x0395, 0x0396, 0x0397, 0x0398, 0x0399, 0x039a, 0x039b, 0x039c, 0x039d, 0x039e, 0x039f, 0x03a0, 0x03a1, 0x03a2, 0x03a3, 0x03a4, 0x03a5, 0x03a6, 0x03a7, 0x03a8, 0x03a9, 0x03aa, 0x03ab, 0x0386, 0x0388, 0x0389, 0x038a, 0x03b0, 0x0391, 0x0392, 0x0393, 0x0394, 0x0395, 0x0396, 0x0397, 0x0398, 0x0399, 0x039a, 0x039b, 0x039c, 0x039d, 0x039e, 0x039f, 0x03a0, 0x03a1, 0x03a3, 0x03a3, 0x03a4, 0x03a5, 0x03a6, 0x03a7, 0x03a8, 0x03a9, 0x03aa, 0x03ab, 0x038c, 0x038e, 0x038f, 0x03cf, 0x03d0, 0x03d1, 0x03d2, 0x03d3, 0x03d4, 0x03d5, 0x03d6, 0x03d7, 0x03d8, 0x03d9, 0x03da, 0x03db, 0x03dc, 0x03dd, 0x03de, 0x03df, 0x03e0, 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3a6afae0fe6dca0f698353f1dd93e8101179aac2
4510c631da0bb7d3015a42f75ca46d8b96013f4e
/samples/Prime.cpp
ec318b472ce43f33f4ed006048bcb44e13030b3f
[]
no_license
GraspCS/CPP-Programs
59a215b97565715ae47f77c5679a011bf2aedfd1
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refs/heads/main
2023-06-17T00:50:14.491401
2021-07-06T17:30:39
2021-07-06T17:30:39
345,389,297
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813
cpp
Prime.cpp
#include <iostream> using namespace std; /** * A program to find if a number is Prime Number * @Author - GraspCS * Feel free to learn from the code * And to modify as per your needs */ int main() { // This will be the number to be checked int n; cout << "Enter the Number = "; cin >> n; if (n < 1) { cout << "Please enter a number greater than 1"; } else if (n == 1) { cout << "1 is Non Prime Number"; } else { bool isPrime = true; for (int i = 2; i < n; ++i) { if (n % i == 0) { isPrime = false; break; } } if (isPrime) { cout << n << " is a Prime Number"; } else { cout << n << " is NOT a Prime Number"; } } return 0; }
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/A2-Borchate-T/Keyframes.h
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no_license
tusharborchate/A2-Borchate-T
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Keyframes.h
#pragma once class Keyframes { public: int objectId; int frame_Number; double posX; double posY; double posZ; double rotX; double rotY; double rotZ; double scaleX; double scaleY; double scaleZ; double time; Keyframes(); virtual ~Keyframes(); };
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/FullGame/GameMap.h
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[]
no_license
JHVy/Castlevania-JHVy
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GameMap.h
#ifndef __GAMEMAP_H__ #define __GAMEMAP_H__ #include <string> #include <vector> #include "Textures.h" #include "Define.h" #include "Sprites.h" //#define ID_TEX_MAP1 4 #define TILE_SIZE 64 #define BRICK_SIZE 32 using namespace std; class GameMap { public: GameMap(); ~GameMap(); private: int numRows, numCols; int id, cellW, cellH; // cell type int cellTypes[200][200]; static GameMap* __instance; public: static GameMap* GetInstance(); void setId(int _id) { this->id = _id; } void LoadMap(int _id, string filepath); void DrawMap(); int getRows() { return numRows; } int getCols() { return numCols; } int getTileW() { return cellW; } int getTileH() { return cellH; } private: int getTitle(int x, int y); }; #endif // !__GAMEMAP_H__
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/infinity-table-sw/ledUtils.cpp
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sorell/whirling-electrons
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ledUtils.cpp
#include <FastLED.h> #include "ledUtils.h" /*----- Function -------------------------------------------------------------- * Does: * Calculates accurate R,G,B delta values. * The accuracy can't be calculated with all 8 bits' value, because then the * number sign information would be lost on <<8 op. * * Wants: * beginColor: The starting color. * endColor: The end color. * steps: The number of increments of delta required to reach endColor from * beginColor. *----------------------------------------------------------------------------*/ void ColorDelta::init(CRGB const beginColor, CRGB const endColor, int const steps) { r_ = ((((int16_t)endColor.red - (int16_t)beginColor.red) << 7) / steps) << 1; g_ = ((((int16_t)endColor.green - (int16_t)beginColor.green) << 7) / steps) << 1; b_ = ((((int16_t)endColor.blue - (int16_t)beginColor.blue) << 7) / steps) << 1; }
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/examples/Webinterface/Webinterface.ino
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[]
no_license
roboticafacil/HIPPIE
ebebb3254d88878e874870f1c0939fc67154dfd8
2840798d7bd83c1add89b9889764279c6056840c
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2021-09-12T16:30:19.875116
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Webinterface.ino
// This examples shows the Hippie Library used toghether with ESPUI Library by Lukas Bachschwelll on the ESP32 #include <WiFi.h> #include <ESPUI.h> #include <Hippie.h> #include <Oscillator.h> const char* ssid = "Hippie"; Hippie hippie; boolean walk_forward = false; boolean walk_backward = false; boolean jump = false; boolean turn_left = false; boolean turn_right = false; boolean shake = false; boolean swing = false; boolean tt_swing = false; boolean jitter = false; boolean bend = false; boolean flap = false; boolean moon = false; boolean moon_r = false; boolean cruise = false; boolean test_pos = false; void setup() { Serial.begin(115200); WiFi.mode(WIFI_AP); WiFi.setHostname(ssid); WiFi.softAP(ssid); Serial.println(""); Serial.print("IP address: "); Serial.println(WiFi.softAPIP()); ESPUI.pad("Move", true, &buttonPad, COLOR_CARROT); ESPUI.button("TT Swing", &ttSwingButton, COLOR_PETERRIVER); ESPUI.button("Swing", &swingButton, COLOR_PETERRIVER); ESPUI.button("Angry", &angryButton, COLOR_PETERRIVER); ESPUI.button("Jitter", &jitterButton, COLOR_PETERRIVER); ESPUI.button("Shake", &shakeButton, COLOR_PETERRIVER); ESPUI.button("Bend", &bendButton, COLOR_PETERRIVER); ESPUI.button("Flap", &flapButton, COLOR_PETERRIVER); ESPUI.button("Moonwalk Left", &moonLeftButton, COLOR_PETERRIVER); ESPUI.button("Cruisato", &cruisatoButton, COLOR_PETERRIVER); ESPUI.button("Moonwalk Right", &moonRightButton, COLOR_PETERRIVER); ESPUI.begin("Hippie Control Demo"); /* This function is used to config Hippie, it has the following parameters - (int) pin of the upper left servo - (int) pin of the upper right servo - (int) pin of the lower left servo - (int) pin of the lower right servo */ hippie.init(25, 13, 26, 16); } void ttSwingButton(Control c, int type) { if (type == B_DOWN) { tt_swing = true; } else { tt_swing = false; } } void swingButton(Control c, int type) { if (type == B_DOWN) { swing = true; } else { swing = false; } } void angryButton(Control c, int type) { if (type == B_DOWN) { jump = true; } else { jump = false; } } void jitterButton(Control c, int type) { if (type == B_DOWN) { jitter = true; } else { jitter = false; } } void shakeButton(Control c, int type) { if (type == B_DOWN) { shake = true; } else { shake = false; } } void bendButton(Control c, int type) { if (type == B_DOWN) { bend = true; } else { bend = false; } } void flapButton(Control c, int type) { if (type == B_DOWN) { flap = true; } else { flap = false; } } void moonLeftButton(Control c, int type) { if (type == B_DOWN) { moon = true; } else { moon = false; } } void cruisatoButton(Control c, int type) { if (type == B_DOWN) { cruise = true; } else { cruise = false; } } void moonRightButton(Control c, int type) { if (type == B_DOWN) { moon_r = true; } else { moon_r = false; } } void buttonPad (Control c, int value) { switch (value) { case P_LEFT_DOWN: turn_left = true; break; case P_LEFT_UP: turn_left = false; break; case P_RIGHT_DOWN: turn_right = true; break; case P_RIGHT_UP: turn_right = false; break; case P_FOR_DOWN: walk_forward = true; break; case P_FOR_UP: walk_forward = false; break; case P_BACK_DOWN: walk_backward = true; break; case P_BACK_UP: walk_backward = false; break; case P_CENTER_DOWN: test_pos = true; break; case P_CENTER_UP: test_pos = false; break; } } void loop() { if (walk_forward) hippie.new_walk(); else if (walk_backward) hippie.new_walk(2, 4, 750); else if (turn_left) hippie.new_turn(); else if (turn_right) hippie.new_turn(2); else if (shake) hippie.shakeLeg(); else if (jump) hippie.jump(); else if (swing) hippie.swing(); else if (tt_swing) hippie.tiptoeSwing(); else if (jitter) hippie.jitter(); else if (bend) hippie.bend(); else if (flap) hippie.flapping(); else if (moon) hippie.moonwalker(); else if (moon_r) hippie.moonwalker(1, 900, 50, -1); else if (cruise) hippie.crusaito(); else if (test_pos) hippie.test_pos(); else hippie.home(); }
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/upperPosition/Blasius_10/Upper_zeroGradient_wall/upwind/constant/polyMesh/points
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no_license
CagriMetin/BlasiusProblem
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32c4aafd6ddd6ba4c39aef04d01b77a9106125b2
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/*--------------------------------*- C++ -*----------------------------------*\ | ========= | | | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox | | \\ / O peration | Version: 2.3.0 | | \\ / A nd | Web: www.OpenFOAM.org | | \\/ M anipulation | | \*---------------------------------------------------------------------------*/ FoamFile { version 2.0; format ascii; class vectorField; location "constant/polyMesh"; object points; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // 7056 ( (0 0 0) (0.0003464345827 0 0) (0.0006953032337 0 0) (0.001046623055 0 0) (0.001400411268 0 0) (0.001756685216 0 0) (0.002115462365 0 0) (0.002476760301 0 0) (0.002840596737 0 0) (0.003206989507 0 0) (0.003575956572 0 0) (0.00394751602 0 0) (0.004321686065 0 0) (0.004698485049 0 0) (0.005077931443 0 0) (0.005460043849 0 0) (0.005844840996 0 0) (0.00623234175 0 0) (0.006622565105 0 0) (0.00701553019 0 0) (0.007411256269 0 0) (0.007809762742 0 0) (0.008211069142 0 0) 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// // main.cpp // Files // // Created by Luciano Almeida on 07/10/18. // Copyright © 2018 Luciano Almeida. All rights reserved. // #include <iostream> #include <fstream> int main(int argc, const char * argv[]) { std::fstream f; f.open("./text.txt", std::fstream::app); if (f.is_open()) { f << "Hue" << std::endl; f.close(); } std::fstream file; file.open("./text1.txt"); if (file.is_open()) { std::string buff; do { file >> buff; std::cout << buff << std::endl; } while(!file.eof()); std::cout << "rdstate: " << file.rdstate() << std::endl; std::cout << "eofbit & failbit: " << (std::ifstream::eofbit | std::ifstream::failbit) << std::endl; if (file.rdstate() == (std::ifstream::eofbit | std::ifstream::failbit)) { std::cout << "Error: eof() and fail()" << std::endl; } file.close(); } return 0; }
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/** * @file i_signal_channel.h * @author Pierre Venet * @brief * @version 0.1 * @date 2021-02-28 * * @copyright Copyright (c) 2021 * */ #pragma once #include <functional> // std::function #include <memory> // std::unique_ptr namespace motor_controllers { namespace communication { /** * @brief Class to represent a channel used to send a signal * * This class is an interface. It can be implemented for each type of channel on * different chips. * * */ class ISignalChannel { public: /** * @brief Declare a generic pointer to the channel * * The channel should always be stored in a unique_ptr to avoid accidently * sharing them, and by this, accessing them concurently. Furthermore, to keep * track of them from the ICommunicationInterface, they come with a deletter, * in charger of the memory tracking. * */ typedef std::unique_ptr<ISignalChannel, std::function<void(ISignalChannel*)>> Ref; public: ISignalChannel(); virtual ~ISignalChannel() = default; public: /** * @brief Inform the channel that the communication is closed. * * This will prevent from setting the values and set an internal flag. */ void closeCommunication(); /** * @brief Flag if the communication was already closed. * * @return true if the communication was closed * @return false else */ bool isCommunicationClosed(); private: bool isCommunicationOpen_; }; } // namespace communication } // namespace motor_controllers
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// Copyright (c) 2022 PaddlePaddle Authors. All Rights Reserved. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. #pragma once #include "paddle/phi/common/scalar.h" #include "paddle/phi/core/dense_tensor.h" #include "paddle/phi/infermeta/multiary.h" #include "paddle/phi/kernels/empty_kernel.h" namespace phi { template <typename T, typename Context> void ConcatKernel(const Context& dev_ctx, const std::vector<const DenseTensor*>& x, const Scalar& axis, DenseTensor* out); template <typename T, typename Context> DenseTensor Concat(const Context& dev_ctx, const std::vector<const DenseTensor*>& x, const Scalar& axis) { std::vector<MetaTensor> meta_x; meta_x.reserve(x.size()); std::vector<const MetaTensor*> meta_x_ptr; for (const auto* t : x) { meta_x.emplace_back(*t); meta_x_ptr.push_back(&meta_x.back()); } DenseTensor dense_out; MetaTensor meta_out(&dense_out); ConcatInferMeta(meta_x_ptr, axis.to<int>(), &meta_out); ConcatKernel<T, Context>(dev_ctx, x, axis, &dense_out); return dense_out; } } // namespace phi
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// // 84.cpp // LeetCode // // Created by 张佐玮 on 15/6/30. // Copyright (c) 2015年 JarvisZhang. All rights reserved. // // Title: Largest Rectangle in Histogram // #include <iostream> #include <vector> #include <stack> using namespace std; class Solution { public: int largestRectangleArea(vector<int>& height) { if (height.empty()) { return 0; } stack<int> incremental; int maxArea = 0, current = 0, start = 0; while (current <= height.size()) { if (incremental.empty() || (current < height.size() && height[incremental.top()] <= height[current])) { if (height[current] != 0) { incremental.push(current++); } else { start = ++current; } } else { int highest = incremental.top(); incremental.pop(); maxArea = max(maxArea, height[highest] * (incremental.empty() ? current - start : current - incremental.top() - 1)); } } return maxArea; } }; class Test { private: static void runTest(int input[], int length) { vector<int> v(input, input + length); Solution solution; int result = solution.largestRectangleArea(v); cout << result << endl; } public: void sample() { int input1[] = {4, 2}, length1 = 2; int input2[] = {4, 2, 0, 3, 2, 5}, length2 = 6; int input3[] = {3, 6, 5, 7, 4, 8, 1, 0}, length3 = 8; runTest(input1, length1); runTest(input2, length2); runTest(input3, length3); } };
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/src/ui/tray-icon.cpp
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haiwen/seafile-client
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tray-icon.cpp
#include <stdlib.h> #include <QtGlobal> #include <QtWidgets> #include <QApplication> #include <QDesktopServices> #include <QSet> #include <QDebug> #include <QMenuBar> #include <QRunnable> #include <QSysInfo> #include <QCoreApplication> #include "rpc/local-repo.h" #include "utils/utils.h" #include "utils/utils-mac.h" #include "utils/file-utils.h" #include "seafile-applet.h" #include "configurator.h" #include "rpc/rpc-client.h" #include "main-window.h" #include "settings-dialog.h" #include "settings-mgr.h" #include "server-status-service.h" #include "api/commit-details.h" #include "sync-errors-dialog.h" #include "account-mgr.h" #include "filebrowser/progress-dialog.h" #include "tray-icon.h" #if defined(Q_OS_MAC) #include "traynotificationmanager.h" // QT's platform apis // http://qt-project.org/doc/qt-4.8/exportedfunctions.html extern void qt_mac_set_dock_menu(QMenu *menu); #endif #include "utils/utils-mac.h" #if defined(Q_OS_LINUX) #include <QDBusConnection> #include <QDBusMessage> #include <QDBusPendingCall> #endif #include "src/ui/about-dialog.h" #if defined(Q_OS_WIN32) #include "utils/utils-win.h" #endif namespace { const int kRefreshInterval = 1000; const int kRotateTrayIconIntervalMilli = 250; const int kMessageDisplayTimeMSecs = 5000; #if defined(Q_OS_WIN32) const QString kShellExtFixExecutableName = "shellext-fix.exe"; const QString kShellFixLogName = "shellext-fix.log"; #endif #ifdef Q_OS_MAC void darkmodeWatcher(bool /*new Value*/) { seafApplet->trayIcon()->reloadTrayIcon(); } #endif QString folderToShow(const CommitDetails& details, const QString& worktree) { QString path = worktree; if (!details.added_files.empty()) { path = pathJoin(worktree, details.added_files[0]); } else if (!details.modified_files.empty()) { path = pathJoin(worktree, details.modified_files[0]); } else if (!details.added_dirs.empty()) { path = pathJoin(worktree, details.added_dirs[0]); } else if (!details.renamed_files.empty()) { path = pathJoin(worktree, details.renamed_files[0].second); } else if (!details.deleted_files.empty()) { path = getParentPath(pathJoin(worktree, details.deleted_files[0])); } else if (!details.deleted_dirs.empty()) { path = getParentPath(pathJoin(worktree, details.deleted_dirs[0])); } return path; } // Read the commit diff from daemon rpc. We need to run it in a separate thread // since this may block for a while. class DiffReader : public QRunnable { public: DiffReader(const LocalRepo &repo, const QString &previous_commit_id, const QString &commit_id) : repo_(repo), commit_id_(commit_id), previous_commit_id_(previous_commit_id){}; void run() { CommitDetails details; seafApplet->rpcClient()->getCommitDiff( repo_.id, previous_commit_id_, commit_id_, &details); showInGraphicalShell(folderToShow(details, repo_.worktree)); } private: const LocalRepo repo_; const QString commit_id_; const QString previous_commit_id_; }; } // namespace SeafileTrayIcon::SeafileTrayIcon(QObject *parent) : QSystemTrayIcon(parent), nth_trayicon_(0), rotate_counter_(0), state_(STATE_DAEMON_UP), next_message_msec_(0), sync_errors_dialog_(nullptr), about_dialog_(nullptr), log_dir_uploader_(nullptr) { setState(STATE_DAEMON_DOWN); rotate_timer_ = new QTimer(this); connect(rotate_timer_, SIGNAL(timeout()), this, SLOT(rotateTrayIcon())); refresh_timer_ = new QTimer(this); connect(refresh_timer_, SIGNAL(timeout()), this, SLOT(refreshTrayIcon())); connect(refresh_timer_, SIGNAL(timeout()), this, SLOT(refreshTrayIconToolTip())); #if defined(Q_OS_WIN32) connect(refresh_timer_, SIGNAL(timeout()), this, SLOT(checkTrayIconMessageQueue())); #endif createActions(); createContextMenu(); connect(this, SIGNAL(activated(QSystemTrayIcon::ActivationReason)), this, SLOT(onActivated(QSystemTrayIcon::ActivationReason))); #if !defined(Q_OS_LINUX) connect(this, SIGNAL(messageClicked()), this, SLOT(onMessageClicked())); #endif hide(); createGlobalMenuBar(); #if defined(Q_OS_MAC) tnm = new TrayNotificationManager(this); #endif } void SeafileTrayIcon::start() { show(); refresh_timer_->start(kRefreshInterval); #if defined(Q_OS_MAC) utils::mac::set_darkmode_watcher(&darkmodeWatcher); #endif sync_errors_dialog_ = new SyncErrorsDialog; sync_errors_dialog_->updateErrors(); } void SeafileTrayIcon::createActions() { disable_auto_sync_action_ = new QAction(tr("Disable auto sync"), this); connect(disable_auto_sync_action_, SIGNAL(triggered()), this, SLOT(disableAutoSync())); enable_auto_sync_action_ = new QAction(tr("Enable auto sync"), this); connect(enable_auto_sync_action_, SIGNAL(triggered()), this, SLOT(enableAutoSync())); quit_action_ = new QAction(tr("&Quit"), this); connect(quit_action_, SIGNAL(triggered()), this, SLOT(quitSeafile())); show_main_window_action_ = new QAction(tr("Show main window"), this); connect(show_main_window_action_, SIGNAL(triggered()), this, SLOT(showMainWindow())); settings_action_ = new QAction(tr("Settings"), this); connect(settings_action_, SIGNAL(triggered()), this, SLOT(showSettingsWindow())); open_seafile_folder_action_ = new QAction(tr("Open %1 &folder").arg(getBrand()), this); open_seafile_folder_action_->setStatusTip(tr("open %1 folder").arg(getBrand())); connect(open_seafile_folder_action_, SIGNAL(triggered()), this, SLOT(openSeafileFolder())); #if defined(Q_OS_WIN32) shellext_fix_action_ = new QAction(tr("Repair explorer extension"), this); connect(shellext_fix_action_, SIGNAL(triggered()), this, SLOT(shellExtFix())); #endif open_log_directory_action_ = new QAction(tr("Open &logs folder"), this); open_log_directory_action_->setStatusTip(tr("open %1 log folder").arg(getBrand())); connect(open_log_directory_action_, SIGNAL(triggered()), this, SLOT(openLogDirectory())); upload_log_directory_action_ = new QAction(tr("Upload log files"), this); upload_log_directory_action_->setStatusTip(tr("upload %1 log files").arg(getBrand())); connect(upload_log_directory_action_, SIGNAL(triggered()), this, SLOT(uploadLogDirectory())); show_sync_errors_action_ = new QAction(tr("Show file sync errors"), this); show_sync_errors_action_->setStatusTip(tr("Show file sync errors")); connect(show_sync_errors_action_, SIGNAL(triggered()), this, SLOT(showSyncErrorsDialog())); about_action_ = new QAction(tr("&About"), this); about_action_->setStatusTip(tr("Show the application's About box")); connect(about_action_, SIGNAL(triggered()), this, SLOT(about())); open_help_action_ = new QAction(tr("&Online help"), this); open_help_action_->setStatusTip(tr("open %1 online help").arg(getBrand())); connect(open_help_action_, SIGNAL(triggered()), this, SLOT(openHelp())); } void SeafileTrayIcon::createContextMenu() { // help_menu_ = new QMenu(tr("Help"), NULL); // help_menu_->addAction(about_action_); // help_menu_->addAction(open_help_action_); context_menu_ = new QMenu(NULL); context_menu_->addAction(show_main_window_action_); context_menu_->addAction(open_seafile_folder_action_); context_menu_->addAction(settings_action_); context_menu_->addSeparator(); context_menu_->addAction(open_log_directory_action_); #if defined(Q_OS_WIN32) context_menu_->addAction(shellext_fix_action_); #endif context_menu_->addSeparator(); //context_menu_->addAction(upload_log_directory_action_); context_menu_->addAction(show_sync_errors_action_); // context_menu_->addMenu(help_menu_); context_menu_->addSeparator(); context_menu_->addAction(about_action_); context_menu_->addAction(open_help_action_); context_menu_->addSeparator(); context_menu_->addAction(enable_auto_sync_action_); context_menu_->addAction(disable_auto_sync_action_); context_menu_->addSeparator(); context_menu_->addAction(quit_action_); setContextMenu(context_menu_); connect(context_menu_, SIGNAL(aboutToShow()), this, SLOT(prepareContextMenu())); } void SeafileTrayIcon::prepareContextMenu() { if (seafApplet->settingsManager()->autoSync()) { enable_auto_sync_action_->setVisible(false); disable_auto_sync_action_->setVisible(true); } else { enable_auto_sync_action_->setVisible(true); disable_auto_sync_action_->setVisible(false); } std::vector<SyncError> errors; bool success = seafApplet->rpcClient()->getSyncErrors(&errors, 0, 1); if (!success) { qDebug("failed to get sync errors"); return; } if (errors.empty()) { show_sync_errors_action_->setEnabled(false); } else { show_sync_errors_action_->setEnabled(true); } } void SeafileTrayIcon::createGlobalMenuBar() { // support it only on mac os x currently // TODO: destroy the objects when seafile closes #ifdef Q_OS_MAC // create qmenu used in menubar and docker menu global_menu_ = new QMenu(tr("File")); global_menu_->addAction(show_main_window_action_); global_menu_->addAction(open_seafile_folder_action_); global_menu_->addAction(settings_action_); global_menu_->addAction(open_log_directory_action_); //global_menu_->addAction(upload_log_directory_action_); global_menu_->addAction(show_sync_errors_action_); global_menu_->addSeparator(); global_menu_->addAction(enable_auto_sync_action_); global_menu_->addAction(disable_auto_sync_action_); global_menubar_ = new QMenuBar(0); global_menubar_->addMenu(global_menu_); // TODO fix the line below which crashes under qt5.4.0 //global_menubar_->addMenu(help_menu_); global_menubar_->setNativeMenuBar(true); qApp->setAttribute(Qt::AA_DontUseNativeMenuBar, false); global_menu_->setAsDockMenu(); #endif // Q_OS_MAC } void SeafileTrayIcon::rotate(bool start) { /* tray icon should not be refreshed on Gnome according to their guidelines */ #if defined(Q_OS_LINUX) const char *env = g_getenv("DESKTOP_SESSION"); if (env != NULL && (strcmp(env, "gnome") == 0 || strcmp(env, "gnome-wayland") == 0)) { return; } #endif if (start) { rotate_counter_ = 0; if (!rotate_timer_->isActive()) { nth_trayicon_ = 0; rotate_timer_->start(kRotateTrayIconIntervalMilli); } } else { rotate_timer_->stop(); } } void SeafileTrayIcon::showMessage(const QString &title, const QString &message, const QString &repo_id, const QString &commit_id, const QString &previous_commit_id, MessageIcon icon, int millisecondsTimeoutHint, bool is_error_message) { is_error_message_ = is_error_message; #ifdef Q_OS_MAC repo_id_ = repo_id; commit_id_ = commit_id; previous_commit_id_ = previous_commit_id; auto current_os_version = QOperatingSystemVersion::current(); if (current_os_version < QOperatingSystemVersion(QOperatingSystemVersion::MacOS, 10, 8, 0)) { // qWarning("using old style notifications"); QIcon info_icon(":/images/info.png"); TrayNotificationWidget* trayNotification = new TrayNotificationWidget(info_icon.pixmap(32, 32), title, message); tnm->append(trayNotification); return; } // qWarning("using new style notifications"); QSystemTrayIcon::showMessage(title, message, icon, millisecondsTimeoutHint); #elif defined(Q_OS_LINUX) repo_id_ = repo_id; Q_UNUSED(icon); QVariantMap hints; QString brand = getBrand(); hints["resident"] = QVariant(true); hints["desktop-entry"] = QVariant(brand); QList<QVariant> args = QList<QVariant>() << brand << quint32(0) << brand << title << message << QStringList () << hints << qint32(-1); QDBusMessage method = QDBusMessage::createMethodCall("org.freedesktop.Notifications","/org/freedesktop/Notifications", "org.freedesktop.Notifications", "Notify"); method.setArguments(args); QDBusConnection::sessionBus().asyncCall(method); #else TrayMessage msg; msg.title = title; msg.message = message; msg.icon = icon; msg.repo_id = repo_id; msg.commit_id = commit_id; msg.previous_commit_id = previous_commit_id; pending_messages_.enqueue(msg); #endif } void SeafileTrayIcon::rotateTrayIcon() { if (rotate_counter_ >= 8 || !seafApplet->settingsManager()->autoSync()) { rotate_timer_->stop(); if (!seafApplet->settingsManager()->autoSync()) setState (STATE_DAEMON_AUTOSYNC_DISABLED); else setState (STATE_DAEMON_UP); return; } TrayState states[] = { STATE_TRANSFER_1, STATE_TRANSFER_2 }; int index = nth_trayicon_ % 2; setIcon(stateToIcon(states[index])); nth_trayicon_++; rotate_counter_++; } void SeafileTrayIcon::setState(TrayState state, const QString& tip) { if (state_ == state) { return; } QString tool_tip = tip.isEmpty() ? getBrand() : tip; setIcon(stateToIcon(state)); setToolTip(tool_tip); } void SeafileTrayIcon::reloadTrayIcon() { setIcon(stateToIcon(state_)); #if defined(Q_OS_LINUX) hide(); show(); #endif } QIcon SeafileTrayIcon::getIcon(const QString& name) { if (icon_cache_.contains(name)) { return icon_cache_[name]; } QIcon icon(name); icon_cache_[name] = icon; return icon; } QIcon SeafileTrayIcon::stateToIcon(TrayState state) { state_ = state; #if defined(Q_OS_WIN32) QString icon_name; switch (state) { case STATE_DAEMON_UP: icon_name = ":/images/win/daemon_up.ico"; break; case STATE_DAEMON_DOWN: icon_name = ":/images/win/daemon_down.ico"; break; case STATE_DAEMON_AUTOSYNC_DISABLED: icon_name = ":/images/win/seafile_auto_sync_disabled.ico"; break; case STATE_TRANSFER_1: icon_name = ":/images/win/seafile_transfer_1.ico"; break; case STATE_TRANSFER_2: icon_name = ":/images/win/seafile_transfer_2.ico"; break; case STATE_SERVERS_NOT_CONNECTED: icon_name = ":/images/win/seafile_warning.ico"; break; case STATE_HAVE_UNREAD_MESSAGE: icon_name = ":/images/win/notification.ico"; break; } return getIcon(icon_name); #elif defined(Q_OS_MAC) bool isDarkMode = utils::mac::is_darkmode(); // filename = icon_name + ?white + .png QString icon_name; switch (state) { case STATE_DAEMON_UP: icon_name = ":/images/mac/daemon_up"; break; case STATE_DAEMON_DOWN: icon_name = ":/images/mac/daemon_down.png"; break; case STATE_DAEMON_AUTOSYNC_DISABLED: icon_name = ":/images/mac/seafile_auto_sync_disabled"; break; case STATE_TRANSFER_1: icon_name = ":/images/mac/seafile_transfer_1"; break; case STATE_TRANSFER_2: icon_name = ":/images/mac/seafile_transfer_2"; break; case STATE_SERVERS_NOT_CONNECTED: icon_name = ":/images/mac/seafile_warning"; break; case STATE_HAVE_UNREAD_MESSAGE: icon_name = ":/images/mac/notification"; break; } return getIcon(icon_name + (isDarkMode ? "_white" : "") + ".png"); #else QString icon_name; switch (state) { case STATE_DAEMON_UP: icon_name = ":/images/daemon_up.png"; break; case STATE_DAEMON_DOWN: icon_name = ":/images/daemon_down.png"; break; case STATE_DAEMON_AUTOSYNC_DISABLED: icon_name = ":/images/seafile_auto_sync_disabled.png"; break; case STATE_TRANSFER_1: icon_name = ":/images/seafile_transfer_1.png"; break; case STATE_TRANSFER_2: icon_name = ":/images/seafile_transfer_2.png"; break; case STATE_SERVERS_NOT_CONNECTED: icon_name = ":/images/seafile_warning.png"; break; case STATE_HAVE_UNREAD_MESSAGE: icon_name = ":/images/notification.png"; break; } return getIcon(icon_name); #endif } void SeafileTrayIcon::showMainWindow() { MainWindow *main_win = seafApplet->mainWindow(); main_win->showWindow(); } void SeafileTrayIcon::about() { if (!about_dialog_) { about_dialog_ = new AboutDialog(); } about_dialog_->show(); about_dialog_->raise(); about_dialog_->activateWindow(); return; // QMessageBox::about(seafApplet->mainWindow(), tr("About %1").arg(getBrand()), // tr("<h2>%1 Client %2</h2>").arg(getBrand()).arg( // STRINGIZE(SEAFILE_CLIENT_VERSION)) // #if defined(SEAFILE_CLIENT_REVISION) // .append("<h4> REV %1 </h4>") // .arg(STRINGIZE(SEAFILE_CLIENT_REVISION)) // #endif // ); } void SeafileTrayIcon::openHelp() { QString url; if (QLocale::system().name() == "zh_CN") { url = "https://cloud.seafile.com/published/seafile-user-manual/syncing_client/install_syncing_client.md"; } else { url = "https://download.seafile.com/published/seafile-user-manual/syncing_client/install_sync.md"; } QDesktopServices::openUrl(QUrl(url)); } void SeafileTrayIcon::openSeafileFolder() { QDesktopServices::openUrl(QUrl::fromLocalFile(QFileInfo(seafApplet->configurator()->seafileDir()).path())); } void SeafileTrayIcon::shellExtFix() { #if defined(Q_OS_WIN32) QString application_dir = QCoreApplication::applicationDirPath(); QString shellext_fix_path = pathJoin(application_dir, kShellExtFixExecutableName); shellext_fix_path = QString("\"%1\"").arg(shellext_fix_path); QString log_dir = QDir(seafApplet->configurator()->ccnetDir()).absoluteFilePath("logs"); QString log_path = pathJoin(log_dir, kShellFixLogName); qWarning("will exec shellext fix command is: %s, the log path is: %s", toCStr(shellext_fix_path), toCStr(log_path)); DWORD res = utils::win::runShellAsAdministrator(toCStr(shellext_fix_path), toCStr(log_path), SW_HIDE); if (res == 0) { seafApplet->warningBox(tr("Successfully fixed sync status icons for Explorer")); } else { seafApplet->warningBox(tr("Faild to fix sync status icons for Explorer")); qWarning("faild to fix sync status icons for explorer"); } #endif } void SeafileTrayIcon::openLogDirectory() { QString log_path = QDir(seafApplet->configurator()->ccnetDir()).absoluteFilePath("logs"); QDesktopServices::openUrl(QUrl::fromLocalFile(log_path)); } void SeafileTrayIcon::uploadLogDirectory() { if (!seafApplet->accountManager()->currentAccount().isValid()) { seafApplet->warningBox(tr("Please login first")); return; } if (log_dir_uploader_ == nullptr) { log_dir_uploader_ = new LogDirUploader(); connect(log_dir_uploader_, SIGNAL(finished()), this, SLOT(clearUploader())); log_dir_uploader_->start(); } } void SeafileTrayIcon::clearUploader() { log_dir_uploader_ = nullptr; } void SeafileTrayIcon::showSettingsWindow() { seafApplet->settingsDialog()->show(); seafApplet->settingsDialog()->raise(); seafApplet->settingsDialog()->activateWindow(); } void SeafileTrayIcon::slotSyncErrorUpdate() { setSyncErrorStatus(true); } void SeafileTrayIcon::onActivated(QSystemTrayIcon::ActivationReason reason) { #if !defined(Q_OS_MAC) switch(reason) { case QSystemTrayIcon::Trigger: // single click case QSystemTrayIcon::MiddleClick: case QSystemTrayIcon::DoubleClick: showMainWindow(); break; default: return; } #endif } void SeafileTrayIcon::disableAutoSync() { seafApplet->settingsManager()->setAutoSync(false); } void SeafileTrayIcon::enableAutoSync() { seafApplet->settingsManager()->setAutoSync(true); } void SeafileTrayIcon::quitSeafile() { QCoreApplication::exit(0); } void SeafileTrayIcon::refreshTrayIcon() { if (rotate_timer_->isActive()) { return; } if (!seafApplet->settingsManager()->autoSync()) { setState(STATE_DAEMON_AUTOSYNC_DISABLED, tr("auto sync is disabled")); return; } if (!ServerStatusService::instance()->allServersConnected()) { setState(STATE_SERVERS_NOT_CONNECTED, tr("some servers not connected")); return; } if (haveSyncError()) { setState(STATE_SERVERS_NOT_CONNECTED, tr("have some sync error")); return; } setState(STATE_DAEMON_UP); } void SeafileTrayIcon::refreshTrayIconToolTip() { if (!seafApplet->settingsManager()->autoSync()) return; int up_rate, down_rate; if (seafApplet->rpcClient()->getUploadRate(&up_rate) < 0 || seafApplet->rpcClient()->getDownloadRate(&down_rate) < 0) { return; } if (up_rate <= 0 && down_rate <= 0) { return; } QString uploadStr = tr("Uploading"); QString downloadStr = tr("Downloading"); if (up_rate > 0 && down_rate > 0) { setToolTip(QString("%1 %2/s, %3 %4/s\n"). arg(uploadStr).arg(readableFileSize(up_rate)). arg(downloadStr).arg(readableFileSize(down_rate))); } else if (up_rate > 0) { setToolTip(QString("%1 %2/s\n"). arg(uploadStr).arg(readableFileSize(up_rate))); } else /* down_rate > 0*/ { setToolTip(QString("%1 %2/s\n"). arg(downloadStr).arg(readableFileSize(down_rate))); } rotate(true); } void SeafileTrayIcon::onMessageClicked() { if (is_error_message_) { showSyncErrorsDialog(); return; } if (repo_id_.isEmpty()) return; LocalRepo repo; if (seafApplet->rpcClient()->getLocalRepo(repo_id_, &repo) != 0 || !repo.isValid() || repo.worktree_invalid) return; DiffReader *reader = new DiffReader(repo, previous_commit_id_, commit_id_); QThreadPool::globalInstance()->start(reader); } void SeafileTrayIcon::checkTrayIconMessageQueue() { if (pending_messages_.empty()) { return; } qint64 now = QDateTime::currentMSecsSinceEpoch(); if (now < next_message_msec_) { return; } TrayMessage msg = pending_messages_.dequeue(); QSystemTrayIcon::showMessage(msg.title, msg.message, msg.icon, kMessageDisplayTimeMSecs); repo_id_ = msg.repo_id; commit_id_ = msg.commit_id; next_message_msec_ = now + kMessageDisplayTimeMSecs; } void SeafileTrayIcon::showSyncErrorsDialog() { // Change icon status to daemon up when show sync errors dialog setState(STATE_DAEMON_UP); if (sync_errors_dialog_ == nullptr) { sync_errors_dialog_ = new SyncErrorsDialog; } sync_errors_dialog_->updateErrors(); sync_errors_dialog_->show(); sync_errors_dialog_->raise(); sync_errors_dialog_->activateWindow(); }
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h
elf_format_v2.h
#pragma once /* * file_name: elf_format.cpp * author: asanzjx * date: 2017-12-22~2018-1-17 * description: elf/so file resolve header file 32bit/64bit file */ /* typedef unsigned short int uint16_t; typedef unsigned int uint32_t; typedef int int32_t; typedef unsigned long int uint64_t; typedef uint32_t Elf32_Addr/Elf32_Off/Elf32_Word typedef uint16_t Elf32_Half typedef int32_t Elf32_Sword typedef uint64_t Elf32_Lword typedef uint64_t Elf64_Addr; typedef uint16_t Elf64_Half; typedef uint64_t Elf64_Off; typedef int32_t Elf64_Sword; typedef int64_t Elf64_Sxword; typedef uint32_t Elf64_Word; typedef uint64_t Elf64_Lword; typedef uint64_t Elf64_Xword; */ #include <vector> #define EI_NIDENT 16 #define ELFCLASSNONE 0 #define ELFCLASS32 1 #define ELFCLASS64 2 /* Values for p_type */ #define PT_NULL 0 #define PT_LOAD 1 #define PT_DYNAMIC 2 #define PT_INTERP 3 #define PT_NOTE 4 #define PT_SHILB 5 #define PT_PHDR 6 #define PT_TLS 7 #define PT_LOOS 0x60000000 #define PT_SUNW_UNWIND 0x6464e550 #define PT_GNU_EH_FRAME 0x6474e550 /* Values for p_flags */ #define PF_X 0x1 //exec #define PF_W 0x2 //writable #define PF_R 0x4 //readable /* sh_type */ #define SHT_NULL 0 /* inactive */ #define SHT_PROGBITS 1 /* program defined information */ #define SHT_SYMTAB 2 /* symbol table section */ #define SHT_STRTAB 3 /* string table section */ #define SHT_RELA 4 /* relocation section with addends */ #define SHT_HASH 5 /* symbol hash table section */ #define SHT_DYNAMIC 6 /* dynamic section */ #define SHT_NOTE 7 /* note section */ #define SHT_NOBITS 8 /* no space section */ #define SHT_REL 9 /* relocation section - no addends */ #define SHT_SHLIB 10 /* reserved - purpose unknown */ #define SHT_DYNSYM 11 /* dynamic symbol table section */ #define SHT_INIT_ARRAY 14 /* Initialization function pointers. */ #define SHT_FINI_ARRAY 15 /* Termination function pointers. */ #define SHT_PREINIT_ARRAY 16 /* Pre-initialization function ptrs. */ #define SHT_GROUP 17 /* Section group. */ #define SHT_SYMTAB_SHNDX 18 /* Section indexes (see SHN_XINDEX). */ #define SHT_LOOS 0x60000000 /* First of OS specific semantics */ #define SHT_GNU_versym 0x6fffffff /* Symbol version table */ /* values of section flags */ #define SHF_WRITE 0x1 #define SHF_ALLOC 0x2 #define SHF_EXECINSTR 0x4 #define SHF_MASHPROC 0xf0000000 #define ELF32_HEADER_SIZE sizeof(ELF32_HEADER) #define ELF64_HEADER_SIZE sizeof(ELF64_HEADER) #define ELF32_PROGRAM_HEADER_SIZE sizeof(ELF32_PROGRAM_HEADER) #define ELF64_PROGRAM_HEADER_SIZE sizeof(ELF64_PROGRAM_HEADER) #define ELF32_SECTION_HEADER_SIZE sizeof(ELF32_SECTION_HEADER) #define ELF64_SECTION_HEADER_SIZE sizeof(ELF64_SECTION_HEADER) using namespace std; /* ELF header */ typedef struct { unsigned char e_ident[EI_NIDENT]; unsigned short int e_type; unsigned short int e_machine; unsigned int e_version; unsigned int e_entry; unsigned int e_phoff; unsigned int e_shoff; unsigned int e_flags; unsigned short int e_ehsize; unsigned short int e_phentsize; unsigned short int e_phnum; unsigned short int e_shentsize; unsigned short int e_shnum; unsigned short int e_shstrndx; }ELF32_HEADER; typedef struct { unsigned char e_ident[EI_NIDENT]; unsigned short int e_type; unsigned short int e_machine; unsigned int e_version; //unsigned long int e_entry; //unsigned long int e_phoff; //unsigned long int e_shoff; uint64_t e_entry; uint64_t e_phoff; uint64_t e_shoff; unsigned int e_flags; unsigned short int e_ehsize; unsigned short int e_phentsize; unsigned short int e_phnum; unsigned short int e_shentsize; unsigned short int e_shnum; unsigned short int e_shstrndx; }ELF64_HEADER; /* section header */ typedef struct { unsigned int sh_name; unsigned int sh_type; unsigned int sh_flags; unsigned int sh_addr; unsigned int sh_offset; unsigned int sh_size; unsigned int sh_link; unsigned int sh_info; unsigned int sh_addralign; unsigned int sh_entsize; } ELF32_SECTION_HEADER; typedef struct { unsigned int sh_name; unsigned int sh_type; //unsigned long int sh_flags; //unsigned long int sh_addr; //unsigned long int sh_offset; //unsigned long int sh_size; uint64_t sh_flags; uint64_t sh_addr; uint64_t sh_offset; uint64_t sh_size; unsigned int sh_link; unsigned int sh_info; //unsigned long int sh_addralign; //unsigned long int sh_entsize; uint64_t sh_addralign; uint64_t sh_entsize; } ELF64_SECTION_HEADER; /* program header */ typedef struct { unsigned int p_type; unsigned int p_offset; unsigned int p_vaddr; unsigned int p_paddr; unsigned int p_filesz; unsigned int p_memsz; unsigned int p_flags; unsigned int p_align; } ELF32_PROGRAM_HEADER; typedef struct { unsigned int p_type; unsigned int p_offset; //unsigned long int p_vaddr; //unsigned long int p_paddr; //unsigned long int p_filesz; //unsigned long int p_memsz; //unsigned long int p_flags; //unsigned long int p_align; uint64_t p_vaddr; uint64_t p_paddr; uint64_t p_filesz; uint64_t p_memsz; uint64_t p_flags; uint64_t p_align; } ELF64_PROGRAM_HEADER; typedef struct { ELF32_HEADER elf_header; vector<ELF32_PROGRAM_HEADER> program_header_v; //ELF32_PROGRAM_HEADER *program_header; vector<ELF32_SECTION_HEADER> section_header_v; }ELF32_DESC; typedef struct { ELF64_HEADER elf_header; vector<ELF64_PROGRAM_HEADER> program_header_v; vector<ELF64_SECTION_HEADER> section_header_v; }ELF64_DESC;
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/CSES/Dynamic Programming/implementation.cpp
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implementation.cpp
#include <iostream> #include <bits/stdc++.h> #include <algorithm> #define mod 1000000007 using namespace std; int main(){ int n,m; cin>>n>>m; vector<int>adj[n+1]; for(int i=0;i<m;i++){ int u,v; cin>>u>>v; adj[u].push_back(v); adj[v].push_back(u); } return 0; }
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/hw10 - ObjectsClasses/patient.cpp
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patient.cpp
//Name: Samuel Itschner //Date: 4/5/2012 //Description: Contains the functions for class 'patient' //File:patient.cpp #include "patient.h" string patient::randName() { ifstream filename; string dat_file, name; int num_data, Rand; filename.clear(); filename.open(NAME_PAT.c_str()); while (!filename) { filename.clear(); cout << "Enter file to connect to: " << endl; cin >> dat_file; filename.open(dat_file.c_str()); } filename >> num_data; Rand = (rand() % (num_data) + 2); for(int i=1;i <= Rand; i++) { getline(filename, name, '\n'); } return name; } void patient::modify_health(int mod_num) { m_condition = m_condition + mod_num; kill(); } void patient::pay_out(float price) { m_money = m_money - price; kill(); if(m_money < 0) m_money = 0; } int patient::RandCond() { int cond; cond = (rand() % (MAX_COND+1-0) + 0); kill(); return cond; } int patient::RandMent() { int mental; mental = (rand() % (MAX_MENTAL+1-0) + 0); kill(); return mental; } int patient::RandWeight() { int weight; weight = (rand() % (MAX_WEIGHT+1-MIN_WEIGHT) + MIN_WEIGHT); kill(); return weight; } float patient::setMoney() { float Secret, Out; Secret = (rand() % (MAX_MONEY+1-0) + 0); Out = Secret / 10; kill(); return Out; } ostream& operator<< (ostream &out, const patient &person) { out << endl << person.m_name << " is " << person.m_weight << " lbs. PH: " << person.m_condition << " MH: " << person.m_mental_condition << " has $" << person.m_money << ". State is "; if(person.m_is_alive == false) { out << "Deceased." << endl; } if(person.m_is_alive == true) { out << "Alive!" << endl; } return out; } patient::patient () : m_is_alive(true),m_money(setMoney()), m_condition(RandCond()), m_name(randName()), m_mental_condition(RandMent()), m_weight(RandWeight()) {} void patient::setMent (int mental_condition) { m_mental_condition = mental_condition; kill(); if(m_mental_condition > 100) { m_mental_condition = 100; } } void patient::setName (string name) { m_name = name; kill(); } void patient::setWeight (int weight) { m_weight = weight; kill(); } void patient::setCond (int cond) { m_condition = cond; if(m_condition > 100) { m_condition = 100; } kill(); } void patient::kill() { if(m_condition <= 0) { m_is_alive = false; m_condition = 0; } if(m_condition > 0) { m_is_alive = true; if(m_condition > 100) m_condition = 100; } }